As a TPM (Data Center) you will be responsible for;

• Partner directly with Engineering leaders to track and drive execution of critical initiatives across multiple engineering teams and TPMs
• Coordinate action items and program milestones from leadership meetings, ensuring accountability and timely delivery.
• Support teams in collecting and validating progress reports, metrics, and updates ahead of senior reviews to enable high-quality, streamlined discussions.
• Create and maintain program timelines, execution status to communicate progress and dependencies.
• Facilitate collaboration across hardware, software, and infrastructure teams to align on goals, deliverables, and timelines.
• Drive clarity and execution in ambiguous and complex environments by bringing structure, prioritization, and strong follow-through.

Qualifications;

• Strong background (10+ years) in Technical Program Management or Engineering Program Leadership.
• Demonstrated familiarity with Software (SW) and Data Center Hardware (DC HW) technologies.
• Excellent communication, stakeholder management, and cross-team coordination skills.
• Proficiency in project planning tools and tracking progress against complex timelines.
• Working knowledge of software development processes, Agile / SCRUM methodologies, and release cycles.
• Familiarity with data center operations, compute, networking, and storage infrastructure at scale.
• Proven ability to operate effectively in ambiguous, fast-paced environments while providing structure and driving program execution.

Salary Range: $160K-$350K

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: This position is remote. However, the prospective candidate must be open to working during the customer's west coast (PST) hours.  

As a Logistics IT Business Partner you will be responsible for;

• Serve as the primary IT partner for logistics and warehouse operations, supporting both SAP and non-SAP systems.
• Work directly with logistics teams on the shop floor to troubleshoot and resolve operational issues.
• Gather requirements, document business needs, and coordinate solution implementation with IM and vendors.
• Maintain and prioritize a backlog of operational and system-related requests, driving continuous process improvement.

Qualifications;

• 3–7+ years in logistics, warehouse, or supply chain operations in an IT-facing role.
• Working knowledge of SAP logistics modules (MM, EWM, LE) and hands-on functional support.
• Experience supporting non-SAP operational systems (printers, scanners, label systems, warehouse devices).
• Strong understanding of warehouse and transportation operations, with ability to translate problems into practical IT solutions.
• Comfortable in hands-on, operational environments and working with multicultural, international teams; certifications a plus
• Experience coding with HTML/JavaScript/Google Script

Salary Range: $75k-$85k

As a QAE you will be responsible for;

The QAE is responsible for conducting various tests on robotic systems to ensure product quality, performance and reliability. This role is critical to the development of the most advanced robotic fulfillment and sortation systems.

• Testing the functionality and performance of a robotic manipulation workcell as part of an overall solution.
• Test robotic workcell operation as an independent product being qualified as well as it’s interaction and integration with the robot fleet, gantry workcell and other microservices. Recovering workcell from mechanical and/or software faults.
• Ability to troubleshoot HW/SW/FW to identify failures and translate into well written defects. Ability to recover from failures and maintain a healthy test environment.
• Deploy, configure, and maintain robotic and automated manipulation workcells, and related environments (SW, FW, HW updates) to align with changing test scenarios.
• Testing involves a combination of physical and virtual test environments, therefore expect physical activity (walking, bending, squatting for low profile bots, lifting, pushing). Tests may involve prepping test data virtually via SW tooling or physically via package sets, totes, carts, etc.
• Clearly communicate regular status to QA Lead/Manager and/or development team. Highlight risks or blockers in a timely fashion. Ability to think on your feet to quickly diagnose a situation and determine next steps. Excellent verbal and written communication is critical.
• Collect and analyze data and metrics during or after active testing (logs, dashboards, databases, other web tools) and document observations.
• Self-driven to deliver result and motivated to learn and understand the complex systems being tested (environment configuration, test plan and test data creation, test execution, what we validate/where and why). Able to deal with ambiguity and switch gears/priorities quickly when products or features are early in the maturity cycle.

Qualifications

• Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering or equivalent is required
• 7-10+ years of relevant work experience with software and hardware QA testing is required
• Basic computer skills, understanding of basic programming concepts, including running scripts and basic know of Unix/Linux commands
  • Experience with SQL and Python is highly preferred
• Familiarity with software quality engineering best practices
• Experience with bug tracking systems (e.g., JIRA) and test/requirement management systems
• Experience with and understanding of XML and Json
• Ability to react well to changes, work with multiple teams and multi-task on multiple products and projects
• Must be self-driven, highly motivated and possess strong communication skills in a cross-collaborative environment

Preferred Qualifications:

• Experience testing in a multi-tier software applications, human machine interaction systems and robotic applications
• Experience with open source test tools, make files and build scripts
• Familiar with hardware-in-the-loop testing with sensors and/or other peripheral devices

Salary Range: $90k-$110k

Role Overview:

• We are looking for a Business Process Consultant with a strong consulting mindset and solid process-design skills to work closely with customers in highly interactive sessions.
• The role focuses on designing, configuring, and deploying workflow-based business solutions within a PLM and enterprise environment, leveraging a low-code/no-code approach similar to ITEROP.
• You will collaborate directly with business and technical stakeholders to translate business needs into structured, efficient, and scalable workflows.

Key Responsibilities:

• Process & Business Understanding
• Analyze business needs and translate them into end-to-end workflows spanning multiple teams, roles, and systems.
• Design and document processes using structured methods such as process mapping and BPMN.
• Understand approval chains, governance rules, and cross-functional dependencies to ensure realistic and actionable solutions.

Consulting Mindset & Workshop Facilitation:

• Lead interactive customer workshops where processes are often built live with stakeholders.
• Guide customers from high-level needs to practical, implementable workflows.
• Challenge requirements constructively and propose best-practice solutions.
• Adapt in real time to customer feedback, evolving needs, and workshop dynamics.

Experience with Similar Software:

• Experience with workflow, BPM, or low-code platforms comparable to ITEROP is strongly valued, such as:
• Camunda, Pega, Appian, ServiceNow, IBM BPM, Bonita, Mendix, or OutSystems
• PLM or enterprise workflow tools integrated into platforms like 3DEXPERIENCE, Teamcenter, or Windchill

Technical Fluency (No Heavy Coding Required):

• Configure workflows, rules, forms, and business logic in low-code environments.
• Define and support system integrations via APIs and data flows.
• Demonstrate awareness of AI-enabled capabilities (e.g., automation, recommendations, decision support).
• Navigate and operate within the 3DEXPERIENCE ecosystem, understanding how workflows interact with PLM data and objects.

Best Practices & Use Case Knowledge:

• Apply common workflow patterns such as approvals, change processes, and governance models.
• In a PLM context, contribute expertise on use cases including:
• Engineering Change Management (ECR/ECO)
• New Part Requests
• Supplier Collaboration and Supplier Onboarding
• Compliance and Governance Workflows
• Part Obsolescence and Lifecycle Management

Profile & Skills:

• Strong analytical and communication skills
• Customer-facing experience in consulting or solution delivery roles
• Ability to bridge business expectations and technical implementation
• Comfortable working in dynamic, workshop-driven environments

Job Description:

Position Overview:

• We are seeking a highly skilled and experienced Software Defined Vehicle (SDV)
• System Architect to join our team.
• The ideal candidate will play a pivotal role in designing and
• implementing the architecture for our next-generation software-defined vehicles.
• This role requires a deep understanding of automotive systems, software development, and system integration.

Key Responsibilities:

• Requirements Analysis: Analyze customer and stakeholder requirements and derive system constraints for finding optimized solutions for software-defined vehicle systems.
• Design: Develop and define overall system HLD for software-defined vehicle systems, ensuring key constraints like safety, security, privacy, regulatory compliance along with scalability, reliability, and performance in mind.
• Apply a data-driven approach in evaluating design alternatives considering futuristic mindset and document the decisions.
• Interface Development: Develop system interfaces for signal oriented or service-oriented Architectures using standard interface definition language (IDL) and create comprehensive API documentation.
• System Modeling: Model system components using SysML/UML tools.
• DFMEA: Own and craft DFMEAs through the standard development process.
• Support product/feature validation and failure root cause analysis.
• System Integration: Collaborate with cross-functional teams to integrate software with hardware components.
• Verification and validation: Ensure quality and reliability of software and hardware through rigorous testing and validation processes.
• Technical Leadership: Provide technical guidance and mentorship to engineers, ensuring best practices in software development and system design.
• Automation and Quality Measures: Champion automation of software and system quality measures at all stages – requirements, design, development, and integration – leveraging tools and techniques like TDD, Gherkin (BDD), TestRail, and Google Test.

Qualifications:

• Education: Bachelor’s or Master’s degree in computer science, Electrical or Electronics
• Engineering, Mechatronics, Robotics, or a related field.

Experience:

• Minimum of 8 years of experience in software architecture, system design, and integration within the automotive industry.
• 5 years of experience in Systems Engineering, preferably in the Automotive domain.
• 5 years of proven working experience in Software Engineering – embedded.
• 3 years of programming experience in C / C++ / Python.
• 3 years of work experience in Agile project involvement.
• Familiarity with ASPICE, ISO 26262, and SAE standards.
• Familiarity with connected vehicle distributed systems, embedded automotive development boards (Qualcomm, Renesas, NXP, etc.).
• Knowledge of SysML and modeling language/tools.
• Automotive domain experience in component-level system design and integration using automotive network technologies (LIN, CAN, Ethernet)
• Knowledge of AUTOSAR software stack, Android software stack, domain controller architecture, and software-defined architecture.
• Knowledge of communication protocols like MQTT, gRPC, SOME/IP.
• Experience with unit, integration, regression, user testing, and load testing.
• Exceptional analytical and problem-solving skills.
• Excellent leadership and interpersonal skills.
• Great collaboration and communication skills.

Preferred Qualifications:

• Experience in hands-on development and troubleshooting of embedded systems.
• Experience in functional safety and cybersecurity.
• Understanding of SOLID design principles and clean code practices.
• Experience with CI/CD tools and developing automation frameworks.
• Knowledge of service-oriented architecture concepts, and microservices architecture principles.

Basic Qualifications

• BS / MS in Electrical, Electronics, Compute, Aerospace Engineering, or equivalent
• Experienced in automotive industry. (TIER1/TIER2 preferred)
• Experience in embedded electrical designs
• Familiar with EMI/EMC design, test and troubleshooting
• Familiar with electrical architecture topologies, Functional Safety (ISO 26262) and other industry standards
• Solid understanding of system/component design
• Familiar with vehicle bus, e.g. ETH/CAN/LIN/LVDS, communication protocols and troubleshooting tools
• Experience in thermal management of ECU embedded electronics
• Ability to participate and lead schematic and layout design reviews
• Good knowledge of state-of-the-art hardware systems, software tools and algorithms for interfaces required for actuators, firmware development, in-vehicle bus architectures, in-vehicle CPU/GPU/NPU computing platforms, image and audio signal processors, connectivity
• Knowledge of ADAS, Infotainment Systems and Zonal Architectures, Software defined vehicles
• Being able to support more than one expertise domain is a plus
• Power Integrity and Signal Integrity experience is a plus
• Experience in an architectural hardware/system role is a plus

Should have experience in:

• Min 2 Yrs. Schematic and Layout design
• Experience in Altium is a big plus
• High complex multilayer layout design
• PCB design rules
• PCB to Mechanical interface and constraints
• HW debugging, investigations, problem solving with electrical lab equipment

Position Description:

The Vehicle Dynamics Tuning Engineer plays an integral part in the vehicle dynamics development by providing feedback to programs based on test results. Besides driving and testing vehicles, close communication with simulation engineers is important to help guide the program towards the requirements.

Experience from proving grounds and tuning vehicles based on subjective evaluation is required. Hence, deep understanding of suspension and chassis architecture and components, and their effect on ride and handling is important.

Qualifications:

• A minimum of a Bachelor of Science Engineering Degree from an ABET accredited university or equivalent
• Experience in automotive engineering product development
• Suspension architecture and development experience
• Vehicle Ride and Handling Tuning or Development Experience
• Proactive and Reactive problem-solving skills
• Excellent written and verbal skills
• Proficient use of MS Office (Word, Excel, PowerPoint, etc)
• Must be able to manage multiple projects simultaneously
• Experience from cross functional interaction

Preferred Qualifications:

• Master of Science Engineering Degree from an ABET accredited university
• Test Driving experience
• Racing experience/background
• Vehicle dynamics simulation experience

Job Description:

• As a Electronics Resident Engineer, you will provide critical on-site hardware and electronics support at General Motors Tech Centers and Assembly Plants, particularly during launch phases.
• You will act as the vital supporting link between the Client Team and the GM Team to help design, develop, and successfully launch products.
• In this role, you will apply hands-on electronics expertise to test, diagnose, and validate automotive embedded systems while delivering high-quality service and representing the company at the customer site.

Requirements / Hardware & Electronics Engineering Contributions:

• Schematics & Circuitry: Read, interpret, and analyze complex electrical schematics to understand electronics design basics and trace circuits for diagnostic purposes.
• Lab Equipment Utilization: Operate standard electronics laboratory equipment, heavily utilizing Oscilloscopes, Multimeters, and Logic Analyzers to capture waveforms, verify signal integrity, and take precise electrical measurements during issue replication.
• PCBA Testing & Programming: Utilize JTAG debuggers to interface directly with microcontrollers for testing, debugging, and programming Printed Circuit Board Assemblies (PCBAs) at the bench level.
• Hardware Prototyping & Rework: Apply practical, hands-on experience to solder and rework Surface Mount Technology (SMT) components on automotive circuit boards.
• Embedded System Validation: Execute system validation tasks by developing a clear understanding of system bench setups and translating vehicle test cases against hardware system requirements.
• In-Vehicle & Bench Troubleshooting: Troubleshoot hardware and communication issues directly on the customer's test bench and in-vehicle. This includes actively reflashing Automotive Embedded Electronic Control Units (ECUs) with updated software or calibration files as needed.
• Root Cause Analysis: Serve as an active participant in technical problem-solving utilizing methodologies like QRQC (Quick Response Quality Control) to identify hardware failures at the component or system level.

Resident Engineering & Project Support:

• Release assigned electronics parts into the General Motor using their specific ECM process.
• Order parts to support build events and ensure the timely closure of all hardware-related ECRs and work orders.
• Co-facilitate subsystem/component Product Development Team (PDT) meetings, speaking clearly with facts and data regarding hardware performance.
• Track and maintain the delivery matrix of Bench parts, Mule Build Parts, Software, and Calibration files.
• Support the vehicle build process and sign-off activities for all prototypes and manufacturing builds (Virtual, Mule, Structural, Integration, Pre-Production, and Production).

Education & Experience:

• Bachelor's Degree in Electronics, Electrical or Computer Science.
• Entry-level experience, with an automotive internship, system validation experience, or customer service experience strongly preferred.
• Previous experience working with an automotive company is a plus.

Hardware & Electronics Skillset:

• Embedded Systems: Hands-on experience or strong academic familiarity with automotive embedded ECUs and PCBA architecture.
• Automotive Networks: Solid understanding of vehicle network architectures, specifically CAN Bus Serial communications and Automotive Ethernet communication protocols.
• Hardware Tools: Proven ability to use JTAG debuggers, oscilloscopes, multimeters, and logic analyzers.
• General Tech Skills: Proficiency in the Microsoft Office suite (Word, Excel, PowerPoint). Programming knowledge in Google Scripts and VBA is considered a strong plus for data automation.

Key Competences:

• Customer-Centric: Focus on the customer, act as a self-starter, and represent the company technically with superior customer service.
• Continuous Learner: Eagerness to build deep system and product hardware knowledge while maintaining an agile behavior.
• Analytical: Strong problem-solving skills with the ability to convey complex hardware technical information effectively to both engineering and management teams.

Job Description:

• System Test Engineer
• The System Test Engineer ensures the elicitation of the requirements/KPI’s, the test coverage of the System and System Architecture Requirements and quality of test cases along with the Test Plans.
• He/she specifies the test cases following the test strategies.
• He/she ensures that the test environment is set-up correctly.
• He/she executes the tests.
• He/she ensures the consistency of the test results with the test specification, the device under test and the relevant System release.
• He/she reports to the Test Lead or System Validation Technical Project Manager.

Responsibilities:

• Execute application and test-related tasks in coordination with the application team lead.
• Align System Test Specifications with the Function Manager and participate in peer reviews for test plans and specifications.
• Escalate deviations to the System Test Lead, providing adequate information and proposals for decision-making.
• Support the closing of system test activities and prepare test reports.
• Innovate and develop alternative test solutions to improve existing strategies.
• Analyze incoming system requirements and develop Test Specifications with full traceability to ensure coverage of all system interfaces and stakeholder requirements.
• Perform DVP&R and/or homologation tests according to customer requirements.
• Support vehicle integration with OEM teams for active safety sensors (ultrasonic, cameras, driver monitoring, clusters, PEPS).
• Ensure completeness of mechanical analysis and design verification activities, including measurement and analysis of ultrasonic sensor Field of View (FOV).
• Manage vehicle-specific parameters and perform flashing of ECUs.
• Execute bench-level and vehicle-level testing, including smoke, regression, and full validation tests.
• Execute test drives to validate end-user features.
• Perform in-vehicle calibration and testing of collision mitigation and automated park assist modules, including simulation of vehicle motion and trajectories.
• Write and execute automated scripts for bench-level testing, with AI usage for automation considered a plus.
• Work with various vehicle systems, including ABS, EPAS, EPS, and ECU.
• Report issues via defect management tools such as Jira or Codebeamer.
• Support the distribution and setup of the System Test Environment.

Other Specifications:

• Good knowledge of embedded software and system
• Experience in system engineering and testing (requirements analysis/test case writing methodology, traceability concept, test case execution, automation, reporting)
• Knowledge of process models (e.g. Automotive SPICE®)
• Utilize CAN/LIN interface tools (e.g., CANoe, CANalyzer) for trace analysis.
• Automation scripting
• AI usage is a plus
• Based in the Troy office, this position requires the engineer to spend approximately 90% of their time conducting vehicle testing and calibration at the Auburn Hills test track, with additional travel required for joint customer site testing and external test track validation.

Education/Training:

• Bachelor's Degree in an engineering discipline

Professional Experience / Desired:

• Minimum 3-5 year relevant experience in system test/design in multifunctional environment
• Knowledge in automotive development and application of active safety features is a plus
• Excellent communication skills, both written and verbal
• Good problem solving and critical thinking skills to understand new challenges and new technologies
• Confident, articulate, self-motivated, determined & energetic. Must be able to engage with customers and build strong relationships.
• Bench and vehicle test experience
• Automation scripting
• Valid driver license license is required
• Experience in AI usage is an advantage.
• Team player.

Preferred:

• CAN communication protocol knowledge (CANoe, CANalyzer)
• Capl script knowledge
• Knowledge of DAS/ADAS
• DFMEA knowledge
• Familiarity with ultrasonic / camera based systems will be considered a plus (object sensing technology)
• ASPICE, ISO26262 and Cyber Security training are an advantage.
• Self-driven and motivated

***This is a 6 month project with no extension right now, but may change***

Salary Range: $130,000 - $170,000 

Full-time with Benefits for 6 month contract

Location: Onsite in Everett, WA

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position. 

The Project Leader has technical responsibility of Work Package projects with an estimated engineering count of 30-80 FTEs. The responsibilities of the Project Leader are to manage the technical project activities according to agreed deliverables, quality and cost as well as ensuring compliance with customer requirements. Additional responsibilities are to qualify the internal staffing of projects, develop and adhere to project timeline and report the operational situation during internal reviews.

Essential Duties and Responsibilities: To perform this job successfully, an individual must be able to perform each essential duty in accordance with defined standards. Other duties or tasks may be assigned as required. The essential duties and responsibilities are as follows:

Customer/Bid & Offer

• Review technical requirements set by customer
• Participate in quotation activities
• Support client meetings and on/off-site visits
• Monitor delivery progress with the customer
• Support negotiation with the customer

Project Management

• Manage project team and tasks on a day-to-day basis
• Report/communicate to external technical stakeholder
• Monitor delivery progress on projects
• Manage technical scope of projects
• Responsible for quality of deliverables
• Prepare customer Steering Committee meetings
• Evaluate activities/roles that should be near-/offshore, if any
• Support definition of roles and responsibilities in project organization​
• Support validation of project organization and team members
• Monitor technical skills of team members
• Report operational/financial situation during ALTEN internal monthly financial review​s
• Identify technical/project training needs on projects
• Support efforts to change/improve engagement model with clients
• Drive and support AI implementation

Supervisory Needs and Responsibilities:

• Supervise and manage team by providing guidance/mentorship, assigning tasks, setting goals, and evaluating performance of team members.
• Make strategic decisions based on alignment with ALTEN leadership and the overall organizational strategy.

Minimum Qualifications and Skills: To perform this job successfully, an individual should meet each requirement. The requirements listed below are representative of the required knowledge, skills, and/or ability.      

Education and Experience

• Bachelor’s degree (B.S.) from a technical college or university in Engineering
• Minimum 8 years of total experience, including a minimum of 2 years in a Project Leadership role
• Must possess hands-on experience with project management
• Must have experience from following product through complete development cycle (concept, development, prototyping to industrialization)
• Understanding of prototyping and manufacturing processes.

Preferred Qualifications and Skills: To perform this job successfully, an individual should be able to perform each essential duty. The requirements listed below are representative of preferred knowledge, skills, and/or ability.

Education and Experience

• Demonstrated ability to manage projects successfully to customer requirements (scope, cost, schedule, margin, delivery of contractual deliverables)
• Experience from workshop/floor environment
• Experience from working in a startup environment
• Degree or professional experience in Electrical Engineering

Language Ability

• Ability to read, write, speak, analyze and interpret all forms of communication and business correspondence.
• Ability to effectively present information and respond to questions from groups of managers, clients, customers, and the engineers.

Reasoning Ability

• Ability to systematically analyze complex problems, draw relevant conclusions and implement appropriate solutions.
• Ability to interpret a variety of instructions furnished in written, oral, diagram, or schedule form.

Computer Skills

• To perform this job successfully, an individual should have extensive knowledge of the following software programs:
  • Microsoft Office suite of programs (Word, Excel, PowerPoint, Power BI, and Outlook)

Physical Demands and Working Environment: The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job.

Physical Demands

• While performing the duties of this job, the employee is frequently required to sit or stand.
• The employee is occasionally required to stand; walk; use hands to handle or feel; reach with hands and arms; climb or balance; stoop, kneel, crouch, or crawl and talk or hear.
• The employee must occasionally lift and/or move up to 30 pounds.
• Specific vision abilities required by this job include depth perception and the ability to adjust focus.

Work Environment

• Mainly from customer location with potential for remote work depending on client.

Project Location

• The Project Leader needs to be located in San Francisco, CA to have proximity to client.

Salary: $130,000 - $145,000

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience. 

Job Description:

• The PQ Visualization Assessor plays a critical role in ensuring the quality and visual accuracy of product designs throughout the entire product lifecycle.
• By creating photo-realistic visualizations, they provide essential context for PQ (Perceived Quality) vehicle assessments.
• Their work supports various deliverables related to Milestone KPI’s and issue deep dives, approvals, and cross functional alignment.

Summary of Responsibilities:

• Create and maintain Photo-Realistic Visualization Images assembled in VRED using A-Class and Technical data
• Add elements such as color, texture, and animations to the 3D model
• Provide live 3D data from A-Surface and /or Team Center data for PQ Assessor's weekly program team review
• Perform preliminary PQ Assessments through initial visual assessments to identify potential issues and collaborate with PQ Assessors to refine evaluations
• Collaborate with PQ Assessors to provide a top issue list for virtual review
• Support Perceived Quality KPIs and deliverables, 3 Party Reviews, Gap/Flush Convergence, RTT Alignment, and TKO Approval and special requests/deep dives to address specific concerns

Qualifications/Experience:

• Education: Bachelor’s Degree or equivalent from an ABET accredited university
• Minimum of 5 years of experience in the automotive industry within a fast-paced environment
• Minimum 10 years of experience with Vred/Maya or similar visualization software
• Previous Exterior or Interior Engineering experience.
• Previous Design Office experience

Skills and Abilities:

• Proven ability to excel in an ever-evolving and changing environment
• Strong interpersonal and communication skills.
• Outstanding teamwork
• Leadership characteristics
• Strategic vision and effective communication at all levels of the organization
• Ability to build solid working relationships both internally and externally
• Expertise in planning, prioritizing, and goal setting. Managing multiple projects, determining project urgency, creating detailed action plans, and organizing schedules, people, and tasks

Job Description:

• The Process Engineering Supervisor is responsible for supervising salaried bargaining unit process engineers in the development of process tooling for trim, chassis, and final operations from vehicle design concept through in plant vehicle launch.
• Champion data driven decisions.
• Manage complex projects from beginning to end and meet project budget and timing targets.
• Manage issues and drive root cause analysis, utilizing tools such as Fishbone diagrams, 5 why's, FMEAs, Pareto Charts, Histograms, Six Sigma, and Red X.
• The Process Engineer Supervisor also directs design for manufacturing concepts throughout all projects big or small and works to develop a solid team atmosphere empowering direct report to take ownership of their processes.
• The successful candidate must have the ability to communicate effectively with all levels of management. Extensive travel may be required.

Basic Qualifications:

• Bachelor's degree in engineering or related technical discipline
• 5+ years of experience related to automotive assembly technology supervision * Knowledge of CAN software
• Good written and communication skills
• Good computer skills with proficiency in Microsoft Office Excel, PowerPoint, Word and Google Suite
• Good project management/problem solving skills
• Self-directed and willing to work any shift and overtime as required
• Willing to travel both domestically and internationally as required
• Ability to work overtime as needed including nights and weekends and travel domestically/internationally as required

Preferred Qualifications:

• Bachelor's degree in electrical engineering or automotive technology
• Strong leadership/problem solving skills
• 5+ years of supervision experience in automotive manufacturing assembly
• Demonstrated experience in Focused Problem Solving (Kaizen methodology)
• Experience in electrical and/or torque strongly desired
• Experience working with vehicle CAN and CAN-FD networks and diagnostic tools

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

Design highly complex components and simple automotive sub-systems. Provide technical mechanical design leadership for a major sub-system such as chassis or suspension. Ensure communication between sub-system groups. Verify quality to design team output. Lead design reviews. Resolve technical design conflicts. Assess buildability, manufacturability, and integration with the Lead Design Engineer and Design Managers. Advise first-line supervisors of project status, timing, resource availability, and capability. Assist in establishing design completion dates.

Requirements:  Bachelor’s Degree in Mechanical Engineering, Mechatronics Engineering or Automotive Engineering with six (6) months experience. 40 hr/wk, $ 77,792/yr.  Send resumes to:  Alten Technology USA Inc, 3221 W Big Beaver Road, Ste: 116, Troy, MI 48084, or email to: altentalentacquisition@alten.us.com.  Please use the reference number in the title of the email: Ref. L-2608.

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

Active participation in customer design reviews to define requirements in terms of engineering metrics, address design solutions and mechanical design requirements to implement changes that improve product and interfaces and ensure a robust product design.

Define and create the documents needed for production and get them released through proper approval process, to reach a proper program launch. Establish physical and functional integration of plastics components of the interior trim of the vehicles through all phases of the program. Translate functional objectives into technical requirements and mechanical solutions. Create and analyze alternative design concepts packaging and integrating mechanical systems, mechanical components and benchmarking of competitive vehicles. Review 3D CAD with Tool shops to communicate any feasibility concern of the plastic substrates. Review SLA’s and 3D CAD models with Designers and prototype laboratory to ensure the wrapping feasibility of the substrates. Review DFMEA (Design Failure Mode Effects and Analysis) document with Quality Engineers to create a plan to reduce products risks (RPN’s). Review OKTT CAD and production substrates with Process Engineers to develop proper tools and fixtures for testing and different assembly operations of the End item. Support Cross functional team to ensure the completion of all the stages of the program prior to launch (Management, Production, Purchasing, Quality, etc.)

Requirements:  Bachelor’s Degree in Mechanical Engineering or Automotive Engineering with 6 months experience. 40 hr/wk, $ 77,792/yr.  Send resumes to:  Alten Technology USA Inc, 3221 W Big Beaver Road, Ste: 116, Troy, MI 48084, or email to: altentalentacquisition@alten.us.com.Please use the reference number in the title of the email: Ref. L-2607. 

Position Summary

• Client is seeking a Vehicle Access Engineers to support the development, validation, and integration of vehicle access systems across current and future vehicle programs.
• These roles will focus on mechanical and electronic access components like RFHM​, SPAAK​, KIN​ , TPMS​, Wireless security​, ensuring seamless functionality, quality, and regulatory compliance from concept through production.

Key Responsibilities

• Lead design, development, and validation of vehicle access systems including:
• Door handles (manual & electronic)
• Latches, locks, and actuation systems
• Passive Entry/Passive Start (PEPS) interfaces
• Key fobs and external access components
• RFHM​, SPAAK​, KIN​ , TPMS​, Wireless security
• Define technical requirements and interface specifications with internal stakeholders and suppliers
• Support DFMEA, PFMEA, and design reviews to ensure functional safety and robustness
• Coordinate vehicle builds, vehicle and component testing, and issue resolution at the plant during prototype and production phases
• Analyze field, warranty, and test data related to access system performance and implement corrective actions
• Support supplier technical reviews, part verification, and quality audits
• Ensure compliance with global regulatory, safety, and OEM standards

Required Qualifications

• Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Automotive Engineering, or related field
• 4–6 years of experience in automotive engineering or vehicle system development
• Hands-on experience with vehicle access or body systems (doors, locks, latches, actuators, sensors. keyfobs)
• Working knowledge of automotive product development processes (APQP, DV/PV, gateways)
• Ability to read and interpret engineering drawings and specifications
• Strong problem-solving and root cause analysis skills

Preferred Qualifications

• Experience with electronic access systems or PEPS
• Knowledge of CAN/LIN communication related to body electronics
• Familiarity with CAD tools (NX siemens preferred)
• Experience working with Tier 1 suppliers
• Prior experience within a global OEM environment

Key Competencies

• Cross-functional collaboration
• Technical decision-making
• Analytical thinking
• Clear communication with engineering and non-technical teams
• Ability to manage multiple priorities across vehicle programs

• Coordinate MCN and ECN workflows from initiation through implementation, tracking changes through defined gates and ensuring timely completion of cross-functional actions.
• Prepare and distribute Change Control Board (CCB) meeting packages, agendas, and action item logs.
• Maintain the change control log and tracking tools (Smartsheet), ensuring data accuracy and status visibility for all stakeholders.
• Follow up with cross-functional team members (engineering, quality, manufacturing, supply chain, maintenance) to drive action closure.
• Support trial planning and execution for manufacturing changes, including readiness checklists, parts availability, and data capture.
• Coordinate implementation follow-through on change-driven actions including BOM updates, work order modifications, and Work Instruction revisions.
• Facilitate review meetings, document decisions and approvals, and track open items to closure within agreed timelines.
• Escalate systemic or high-risk issues to the appropriate engineering, quality, or program management lead.

• Assist area TPMs with smaller launch activities including milestone tracking, readiness gate preparation, and issue resolution.
• Support launch wall updates and reporting for assigned activities.
• Coordinate documentation updates for launch-related changes including Work Instructions, PFMEA, and Control Plans.

• Ensure all change and launch documentation meets plant standards for completeness, accuracy, and revision control.
• Communicate change status, risks, and escalations to the Change Management Lead and PM team.
• Maintain organized records of change history, dispositions, approvals, and supporting documentation.
• Support ERP transactions in NetSuite related to change activity as needed.

• Bachelor’s degree in Engineering, Manufacturing, Industrial Engineering, Business Administration, or related field.
• 8+ years of related experience with a Bachelor’s degree, 6 years with a Master’s degree, or 3 years with a PhD, or equivalent professional experience.
• Experience in automotive or high-volume manufacturing environments, preferably in change control, non-conformance management, launch coordination, or program management support roles.

• Strong organizational skills with the ability to manage multiple concurrent changes and priorities.
• Understanding of manufacturing change control processes (ECR/ECN), non-conformance/deviation workflows, and manufacturing documentation (Work Instructions, PFMEA, Control Plans).
• Proficiency with Smartsheet, Excel, and project tracking tools.
• Working knowledge of ERP systems (NetSuite) for inventory, work order, and change-related transactions.
• Strong cross-functional communication skills and ability to drive accountability without direct authority.
• Detail-oriented with a focus on process discipline and follow-through.
• Familiarity with PLM systems (Windchill, Teamcenter) a plus.
• Familiarity with quality management systems (IATF 16949, ISO 9001) preferred.
• PMP, Six Sigma, or Lean certifications helpful.

We are seeking a highly motivated Senior Cost Engineer to join our dynamic team.  

In this role, you will collaborate closely with Engineering, Purchasing, Product Planning, and Finance to drive end-to-end product cost across the product lifecycle. This role combines technical understanding and financial analysis to influence design and feature decisions, ensure alignment to cost targets, and improve product value and competitiveness.

Key responsibilities:

• Deliver product cost forecast and cost analyses in start cost projects including risks and opportunities.
• Drive product cost throughout the project/product lifecycle, ensuring alignment with strategic cost targets, including breaking down the overall cost target into product cost requirements at system/component level.
• Drive design to cost initiatives to create cost-efficient solutions
• Collaborate across commodities and stakeholders to balance QDCF-S (Quality, Delivery, Cost, Features, Sustainability) in design concepts.
• Act as the voice of the customer on cost, feature & value trade-offs.
• Drive innovation and continuous improvement in cost management practices, leveraging benchmarks and digital tools.
• Develop and maintain cost models using finance processes and tools to support decision-making.
• Promote cost-conscious behaviors by mentoring/coaching and sharing best practices.

Required qualifications:

• Bachelor’s degree in Finance, Engineering, or a related field (or equivalent experience).
• Strong analytical skills, including financial modeling and cost analysis.
• Ability to interpret technical data and translate it into financial implications and recommendations.
• Proven collaboration and communication skills in cross-functional, matrixed environments.

Salary Range: $90,000 - $100,000 

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience.

Location: Foster City, CA
Workplace: On-site, 5 days per week

We are seeking a NVH Integration Engineer with experience in presenting and advocating for decisions in large design forums. You should possess a high degree of understanding of vehicle design and development. You should understand system interactions and dependencies, have familiarity with advance concept design and development, and have experience in acoustic package design and development, including body sealing systems.

Responsibilities 
    • Represent NVH in packaging meeting and design gates to execute the NVH content strategy in CAD, and provide an NVH input for packaging studies
    • Create NVH criteria / packaging CAD for interior acoustics, exterior acoustics, damping, baffles, sealing strategies both in 2D section and 3D to ensure the NVH recipe is successfully integrated as PoR to the next generation of our vehicles
    • Utilize the criteria CAD to track compromises to the nominal thickness and create thickness maps of the acoustic treatments to the Acoustics / SEA Attribute engineer for performance assessments at design gates, as well as support performance impact of packaging studies

Qualifications 
    • Bachelor's in Mechanical Engineering, Aerospace Engineering, or a related field
    • 5+ years vehicle packaging and advanced vehicle integration, representing performance attributes, especially noise and vibration
    • 5+ years of experience in CAD (CATIA)
    • Excellent communication and collaboration skills

Bonus Qualifications 
    • Master’s in Mechanical Engineering 
    • Experience with acoustic and vibration test equipment and data analysis software (LMS, Test.Lab, HEAD Acoustics ArtemiS, etc.)
    • NVH development experience would be a bonus, especially wind noise development

Salary Range: 
    • $120,000-130,000
    • The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

As a Systems Engineer you will be responsible for:

• Working with mobile robotics, sensors, and/or autonomous moving parts/robotic applications
• Requirement decomposition and flow down
• Systems engineering documentation and modeling may be done with both basic documentation tools (Visio, Word, Excel, SharePoint, etc.) or Models Based Systems Engineering (MBSE) Software (CAMEO, JAMA)
• System documentation including: Concept of Operations, Trade Studies, Behavior Diagrams, Use Cases, and Interface Control Documents
• Utilize Agile or SAFe Agile methodologies to plan, prioritize, and coordinate team workflows in Jira, ensuring structured sprint execution, clear visibility, and effective cross‑functional collaboration.
• System Architecture
• Performing Verification and Validation activities
• Requirements gathering, decomposition, and flow down

Qualifications:

• Minimum of a Bachelor’s degree (B.S.), from a technical college or university in an Engineering field.
• 5+ years of System Engineering experience and robotics
• Utilize Agile or SAFe Agile methodologies to plan, prioritize, and coordinate team workflows in Jira, ensuring structured sprint execution, clear visibility, and effective cross‑functional collaboration.
• Previous work experience with autonomous mobile robotic devices/systems is highly preferred
• Experience with verification and validation activities, system documentation, and tailoring system engineering processes to balance level of SE effort to product/system needs.
• Must have the ability to work in fast-paced, agile environment with minimal supervision

Location: North Reading, MA

Salary Range: $110,000 - $160,000

Responsibilities:

• Develop high accuracy, low noise and low power analog electronics for use in natural gas flow measurement using differential pressure sensor

• Design, analyze and evaluate systems, products or components, requiring a high degree of technical expertise
• Design and develop complex models or simulations and apply advanced computer programs, analytical techniques or control strategies to effectively meet requirements and resolve problems
• Act as principal investigator or lead a group of engineers investigating problems, developing solutions and preparing related recommendations and reports
• Conduct economic studies and prepare or lead the preparation of specifications, proposals for contracts licensing and safety documents and obtain required approvals
• Represent the group in meetings and conferences; interact with customers to resolve significant technical issues and develop related action plans
• Development of natural gas flow measurement analog and digital hardware boards/solutions from inception through to production release/sustaining
• Research, investigate and define new areas of technology to enhance existing products or to provide new product direction
• Re-evaluate and tune the design and implementation of current products
• Work closely with firmware developers during development and post production stage
• Interface with component suppliers to evaluate components and vendor strategy
• Involved in multiple projects running concurrently

Education and Experience:

• Bachelors Degree preferred in an engineering or related field
• Minimum 6 years of experience; alternatively, a special combination of education and experience and/or demonstrated accomplishments

Qualifications:

• Embedded hardware development experience with microcontroller design and development
• Hardware design from concept through to production including component selection, test, prototype build and debug, regulatory and certification approvals, production integration and ongoing support
• Hands on hardware development experience: analog and digital and electromechanical devices
• Knowledge on EMI/EMC compliance and should be able to perform testing independently .
• Familiar with hazardous area certification for oil field is plus.
• Experience in  low power electronics design, less than 1 watt is preferred.
• Experience in designed for FMEA.
• Bring up his own microcontroller designs by coding and testing.
• Experience in OrCAD schematic capture and Cadence/Allegro PCB layout.
• Experience in creating output job files and fully documented PCBA release package including, schematics, PCB Gerber, BOMs, test procedures, special build instructions.
• Experience on Gate model/SCRUM environment and hold formal reviews including concept, design, FMEA, EMC, functional test would be preferred.
• Familiarity with Flow Computers and Gas Chromatographs a plus
• Experience working closely with multi functional team (production, production test, customer support, supply chain)
• Excellent written and verbal communication skills with ability to produce clear and concise technical documentation

Location: on-site in Bartlesville, OK

Job Description:

• We are seeking an experienced Subject Matter Expert (SME) in Requirements Engineering with strong expertise across key automotive domains.
• This role will drive high-quality requirements definition, analysis, and validation while collaborating with cross-functional engineering teams.

Domain Focus Areas:

• Energy & Propulsion
• Thermal Systems
• Access / Start / Operator Functions
• Cabin & Visibility
• Infotainment & Connectivity
• Driving Assistance & Chassis
• Active Safety, Warnings & Parking

Key Responsibilities:

• Lead requirements development, analysis, and management across multiple automotive domains
• Ensure requirements are clear, testable, and aligned with system and business needs
• Collaborate with system, software, and validation teams throughout the product lifecycle
• Support impact analysis, change management, and traceability
• Drive best practices in requirements engineering and mentor junior engineers
• Interface with stakeholders to clarify technical expectations and resolve gaps

Qualifications:

• Bachelor’s or Master’s degree in Engineering (Automotive, Electrical, Systems, Mechanical, or related field)
• Extensive experience in Requirements Engineering within the automotive industry
• Strong understanding of vehicle systems and architecture
• Experience with requirements management tools (e.g., DOORS, Polarion, Jama, etc.)
• Familiarity with ASPICE, ISO 26262, or other automotive standards is preferred
• Excellent analytical, communication, and stakeholder management skills

As Principal Software Cybersecurity Engineer you will be responsible for;

• Design and implement anti‑tamper protections and embedded cybersecurity frameworks for safety‑critical and secure product lines.
• Lead secure software engineering activities including code analysis, requirements evaluation, architecture reviews, and interface design to ensure robust system security.
• Develop, test, and debug secure applications using languages such as C/C++, Python, and shell scripting.
• Support cybersecurity validation and testing efforts across diverse platforms including embedded systems, RF technologies, and advanced hardware solutions.
• Build and maintain embedded Linux environments, including creation and customization of Linux distributions using embedded build frameworks.
• Collaborate in a cross‑functional engineering environment using Agile methodologies and modern development tools.
• Contribute to system hardening efforts and ensure compliance with security standards and best practices across the development lifecycle.

Qualifications;

• Bachelor’s degree or higher in Computer Science, Software Engineering, Cybersecurity, or a related technical field.9+ years of experience in software development or cybersecurity, including 5+ years focused on application security or system hardening in a senior capacity.
• Strong background in software and system analysis, including code review, requirements assessment, and secure design practices.
• Proficiency in C/C++, Python, and scripting languages for secure application development.
• Experience working with Linux systems, including administration and development of embedded distributions.
• Familiarity with modern development and collaboration tools used in Agile engineering environments.
• Ability to obtain and maintain a government security clearance.
• Possession of, or ability to obtain, an industry‑recognized cybersecurity certification (e.g., Security+, CISSP).

Salary Range: $150,000 - $235,000

Location: Onsite in Westminster, CO

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position. 

Location: Irvine, CA
Office: On-site, 5 days per week

ALTEN Technology is seeking a hands-on System Support Engineer to investigate, reproduce, and resolve in-service issues on fielded hardware/software systems. This role will be onsite in Irvine, CA lab, where dedicated equipment and platforms are available for troubleshooting and root cause analysis. This role will operate as part of a team, coordinating with development and integration engineering to drive issues to closure.

Responsibilities 
    • In-Service Issue Characterization — Proactively evaluate incoming issue data from the field. Identify, analyze, and document newly reported system issues across software and hardware domains. Formally document initial findings and recommended next steps for each issue.
    • Laboratory Reproduction & Investigation — For each characterized issue, design and conduct laboratory tests and troubleshooting activities aimed at reproducing field-reported malfunctions in a controlled environment. Develop and implement troubleshooting plans autonomously using established methodologies and documented approaches.
    • Root Cause Analysis — Conduct in-depth debugging, including code analysis and log gathering. Coordinate with involved parties — development engineering, third-party suppliers, integration teams, and hardware support — as required to determine root cause. Deliver detailed root cause analyses and supporting documentation for each issue.
    • Reporting & Remediation Coordination — Document all investigation activities, findings, and resolutions in the designated issue tracking system. Coordinate fix requests, review design change proposals, provide technical challenges as necessary, and track each issue through to resolution.

Required Qualifications 
    • Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, or related discipline.
    • 5+ years of experience in system support, sustaining engineering, or system integration & test.
    • Proficiency in C and C++ for debugging and code analysis.
    • Strong shell scripting skills (Bash) in Linux/Unix environments.
    • Demonstrated experience with root cause analysis and structured problem-solving methodologies (8D or equivalent).
    • Experience using JIRA or comparable issue tracking systems.
    • Ability to work onsite full-time at the Irvine, CA lab facility.

Preferred Qualifications
    • Experience with system performance monitoring and trend detection.
    • Data analytics and parsing experience.
    • Exposure to AI/automation workflows, including LLM and RAG-based tooling.
    • Background in avionics, in-flight entertainment, defense, or other regulated hardware/software systems.

Salary:
    • $115,000-125,000 per year
    • The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience

Summary: 

• The responsibilities of a PL2 are to manage the technical project activities in accordance with agreed deliverables, quality, and cost, as well as ensuring compliance with customer requirements.
• Additional responsibilities include qualifying the internal staffing of projects, developing and adhering to project timelines, and reporting operational situations during internal reviews.

Essential Duties and Responsibilities:

• To perform this job successfully, an individual must be able to perform each essential duty in accordance with defined standards.
• Other duties or tasks may be assigned as required.
• The essential duties and responsibilities are as follows:

Customer/Bid & Offer

• Review technical requirements set by the customer
• Participate in quotation activities
• Support client meetings and on/off -site visits
• Monitors delivery progress with the customer
• Support negotiation with the customer

Project Management

• Monitor delivery progress on projects
• Manage the technical scope of the projects
• Responsible for the quality of the deliverables
• Prepare customer Steering Committee meetings
• Evaluate activities/roles that should be near-/offshore, if any
• Support the definition of roles and responsibilities in the project organization​
• Monitor the technical skills of the team members
• Support validation of the project organization and the team members
• Reports the operational situation during monthly financial reviews
• Report if technical/project training is needed in projects

Internal

• Forecast of Project Margins
• Inform the Project Coordinator of the monthly invoice amount
• Reports the operational situation during the monthly review

Supervisory Needs and Responsibilities'

• To perform this job successfully, an individual must be able to perform according to the level(s) of supervision listed below.  

Managerial supervision

• An individual will be responsible for supervising and managing a team.
• An individual is expected to provide guidance, assign tasks, set goals, and evaluate the performance of their team members.

Directorial supervision

• An individual will operate with a high level of authority and is expected to make strategic decisions independently.
• An individual will work closely with executive leadership to align the department's goals with the overall organizational strategy and report on the department's performance.
• May provide guidance, mentorship, and support their team members in acquiring new skills and knowledge.             

Minimum Qualifications and Skills:

• To perform this job successfully, an individual should be able to meet each requirement satisfactorily.
• The requirements listed below are representative of the knowledge, skill, and/or ability required.

Education and Experience

• Bachelor’s degree (B.S.) from a technical college or university in Business, Management, or Engineering, or another technical/scientific discipline, and combined minimum 7 years of engineering and project management experience (minimum 5 years of engineering/product development experience, minimum 2 years of project lead/management experience in a technical field).
• An advanced degree may be substituted for experience.
• Must possess hands-on experience with project management and project management leadership.

Preferred Qualifications and Skills:

• To perform this job successfully, an individual should be able to perform each essential duty satisfactorily.
• The requirements listed below are representative of the knowledge, skill, and/or ability preferred.

Language Ability

• Ability to read, write, speak, analyze, and interpret all forms of communication and business correspondence, primarily in English.
• Ability to effectively present information and respond to questions from groups of managers, clients, customers, and the general public.

Reasoning Ability

• Ability to systematically analyze complex problems, draw relevant conclusions, and implement appropriate solutions.
• Ability to interpret a variety of instructions furnished in written, oral, diagram, or schedule form.

Computer Skills

• To perform this job successfully, an individual should know about the following software programs:
• Microsoft Office suite of programs (Word, Excel, PowerPoint, Project, Visio, and Outlook).

Other Skills/Abilities/Specifications

• Demonstrated ability to manage projects successfully to customers requirements (scope, cost, schedule, margin, delivery of contractual deliverables)

Physical Demands and Working Environments

• The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job.
• The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job.

Physical Demands

• While performing the duties of this job, the employee is frequently required to sit.
• The employee is occasionally required to stand; walk; use hands to finger, handle, or feel; reach with hands and arms; climb or balance; stoop, kneel, crouch, or crawl, and talk or hear.
• The employee must occasionally lift and/or move up to 30 pounds.
• Specific vision abilities required by this job include depth perception and the ability to adjust focus.

Work Environment

• In an in-office setting, most work is conducted in community work areas.
• Private meeting spaces are available when necessary. 
• Occasional visits to customer locations may be required.

Basic Qualifications

• Bachelor of Science in Electrical, Electronic, Aerospace Engineering, or equivalent program.
• Master Degree is a Plus.
• Experienced in industrial or automotive Hadware Electronics design (preferred) area (TIER1...)
• Understanding with embedded electronics design constraints
• Familiar with system/component design, EE architecture topologies and safety
• Solid understanding of system/component design. Solid Understanding of Analog and Digital analysis of circuits.
• Familiar with vehicle bus: ETH/CAN FD/LIN/LVDS communication protocols and troubleshooting tools
• Familiar with EMI/EMC design, test and troubleshooting
• Familiar with experience in thermal management for ECU embedded electronics
• Being able to support/handle more than one expertise domain as a plus
• Ability to participate and leading schematic and layout design reviews
• Experience performing Design Failure Mode and Effect Analysis.
• Experience performing Circuit Simulations with LTSpice or similar tool.
• Experience performing Worst Case Circuit Analysis is a plus

Should have experience in:

• Altium tool min 3-6 Yrs (or equivalent tool)
• Altium Schematic Capture (or equivalent tool).
• Altium PCB Layout review (or equivalent tool).
• High complex multilayer layout design
• PCB layer stack-up design.
• PCB design rules.
• PCB to Mechanical interfaces.
• PI/SI justified experience is a plus 

As Senior Technical Program Manager you will be responsible for;

• Drive execution of a complex, multi‑phase advanced robotics program spanning hardware, embedded software, applied AI/ML, and system integration workstreams.
• Serve as the central interface across engineering, applied science, and operations teams to ensure alignment, prioritization, and successful delivery of program milestones.
• Translate technical architecture decisions, research outcomes, and engineering risks into clear execution plans, schedules, and measurable deliverables.
• Lead cross‑functional reviews including architecture evaluations, design critiques, and risk assessments with senior technical stakeholders.
• Develop and maintain integrated master schedules, identifying critical path dependencies, schedule risks, and resource constraints across multiple concurrent workstreams.
• Manage program execution using Agile methodologies, including backlog structuring, sprint planning, and performance tracking through metrics such as velocity and burndown.
• Build and maintain program dashboards and reporting frameworks that provide visibility into schedule performance, financials, and overall program health.
• Utilize data‑driven approaches to guide decision‑making, including defining KPIs, analyzing trends, and communicating insights to leadership.
• Apply modern tools and automation techniques to improve program efficiency, including AI‑augmented workflows for reporting, documentation, and knowledge management.

Qualifications;

• Bachelor’s degree in Engineering, Computer Science, or a related technical discipline; advanced degree preferred.
• 8+ years of Technical Program Management experience, including 3+ years supporting complex hardware/software integrated programs.
• Strong technical background with the ability to engage in system architecture discussions spanning hardware, software, and firmware domains.
• Familiarity with AI/ML‑enhanced program management techniques, including use of generative AI tools and knowledge management systems.
• Expertise in Agile program execution using tools such as Jira, including backlog management, sprint planning, workflow configuration, and reporting.

Salary Range: $170,000 - $210,000

Location: Onsite in North Reading, MA

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Responsibilities:

• Lead for taking architectural decisions on Embedded Products with evaluating technical and business trade offs
• Work with Product Management and customers to understand their needs and functionality early in the conceptual phase and develop requirements.
• Present and make a case for recommended systems and architectures to peers, product managers, developers, key stake holders, others…
• Make use of diagrams to show such things as: Functional blocks, Data flow, Use Case, Sequence, Block Diagram, Signal Flow, Small to Enterprise Architectural frameworks, Model-based Systems Engineering
• System design and architecture specifically for embedded systems development using real-time operating systems such as real-time Linux or other small footprint OS’s.
• Manage the whole SW development life cycle (SDLC) of embedded software
• Design for software development and deployment using virtual environments and deploying on any host platform running virtualization.
• Work in and/or lead a development team to act as the catalyst to accelerate development

Education and Experience:

• Bachelor’s degree preferred in Electrical Engineering, or Computer Sciences, or related field
• Must have minimum 8 years’ experience in embedded systems architecture and design, proven track record in embedded software programming in C/C++ and experience with real-time OS (RTOS).

Qualifications:

• Sound knowledge of requirements and design specification of embedded firmware systems, including hardware/software tradeoffs and design for memory/processor performance
• Robust knowledge of software development processes and standards, embedded firmware development tools, Linux for real time systems, Agile development processes, industrial protocols, IP and Ethernet networking, and industrial process control
• Knowledge about OS/Kernel aspects, ARM and x86 microprocessors, inter process communications, embedded web servers and web-based UIs, OPC-UA, Modbus, SQLite, and secure networking highly desirable
• Capable of generating and managing Technical Requirement Specifications
• Strong analytical and problem-solving abilities, Critical Thinking and Time Management
• Experience working closely with multi-functional team (production, production test, customer support, supply chain)
• Excellent written and verbal communication skills with ability to produce clear and concise technical documentation

Location: on-site in Bartlesville, OK

Job Description:

• The EE Architecture – Domain Architect is responsible to define the optimized portfolio of architecture  solutions for a specific domain/subsystem (e.g. ADAS, Infotainment, Chassis, etc) working with subsystem and component owners of the domain.
• Expertise in the Domain is required to be effective in this  position along with overall vehicle electrical architecture knowledge.

Responsibilities:

• Responsibility to define the overall architecture strategy for the Domain
• Define portfolio of Architecture solutions for the Domain (all Archetypes)
• Discuss/Resolve CRs impacting the Domain for all architecture additions/changes
• Create Long Term plans for the Domain (Technology Roadmaps) along with subsystem teams
• Ensure commonality / consistency of interfaces/solutions for Client.
• Physical & Functional Partitioning and Allocation of features and functions in order to meet  systems/subsystem performance requirements, plus cybersecurity and functional safety requirements
• Create mechanizations / schematics for subsystem domains
• Create topology/functional diagrams showing data exchange/interactions between the components and  systems
• Drive Interfaces Standardization for the Domain / Subsystem
• Stay abreast of new technologies and solutions for the domain
• Oversee the Functional System Design modeling following the allocation decisions
• Oversee Network & Diagnostics system design following the allocation decisions.
• Work with the hardware team to provide requirements for microcontrollers, memory and/or  communication chipsets to support the physical/functional allocation decisions.
• Relentlessly drive to early life cycle delivery through an agile approach.
• Develop a culture of collaboration, diversity, and inclusion.
• Willing to take action and drive results.

Minimum Qualifications:

• 5+ years of industry experience in EE Architecture design, Electrical Engineering architecture roles or  System/Subsystem designs.
• Bachelor’s in Computer Engineering, Computer Science, or Electrical Engineering.
• Experience in defining and designing large complex embedded networked computer systems including  definition of system topologies, components, and interfaces.
• Good knowledge/experience in Network Communication Design: CAN, CAN-FD, LIN and Ethernet  protocols.
• Good knowledge/experience in Automotive Ethernet based communication protocols: Audio Video  Bridging (AVB); Time Sensitive Networking (TSN); Service Oriented approach (SOME/IP); TCP/UDP; MQTT.
• Good knowledge on off-board communication protocols (WiFi, 4G/5G, V2X connectivity).
• Deep understanding of typical vehicle EE architectures and automotive development processes.
• Experience to establish a professional network within the ecosystem of automotive suppliers, and  technology companies such as: Computer system technology companies; International Standard  Committees (ISO, IEEE), Semiconductor vendors; Start-up companies.
• Strong systems thinker.
• Fluency in English is required, any other European language is an advantage.

Preferred Qualifications:

• Master or PHD in Computer Engineering, Computer Science, or Electrical Engineering.
• Designed EE platforms or components for Service Oriented Architectures (SOA).
• Track record experience with the design and requirements of the following complex automotive domains:  ADAS/AD; Body; Cockpit; Connectivity, Powertrain, and Power Distribution.
• Experience using networking tools such as CANalyzer, CANoe, PREEvision.
• AUTOSAR process/tools know-how and application experience.
• 5+ years of experience in EE Systems or EE Architecture R&D.
• Exhibits excellent, clear, and detail-oriented written and verbal communications on highly complex topics.
• Client EE Architecture roadmap

Job Description:

• The EE Architecture Engineer will be responsible for providing the architecture solutions to specific vehicle  platforms/top hats.
• They need to have a holistic understanding of vehicle electrical architecture to provide the  architecture solutions/releases that satisfy the vehicle program needs, working with stakeholders inside and  outside the Architecture team.

Responsibilities:

• Understand Platform/Programs applications needs and provide an optimized architecture and power  distribution solution built from the existing archetype portfolio of solutions
• Identify Platform/Program needs not covered by the Archetype and propose solutions
• Interact with the Vehicle Architecture, Power Distribution and Wiring Teams to understand vehicle  integration constraints and optimize architecture deployment
• Obtain Platform/Program deliverables timing from the architecture project chief and ensure deliverables  on time with quality guaranteeing a robust change management
• Create specific topologies for the Platform/Program Application
• Work with Schematics Design team to develop mechanizations (SDPs) for the Application
• Support Platform/Program meetings/discussions involving architecture or Power Distribution
• Provide SDPs and generate the list of applicable core architecture / infrastructure requirements for  components sourcing when specific for the platform
• Create specific topologies / schematics for mules
• Support the Energy Management Team in the collection of current consumption of components for the  IOD / Energy consumption calculations/simulations
• Identify uniqueness of vehicle power distribution configuration (e.g. different lengths) and work with the 
• Power Distribution to modify the Fuse Sizes accordingly
• Provide impact and technical feasibility analysis to Platform/Program Investigate Bulletins.

Minimum Qualifications:

• 1-3 years of industry experience in EE Architecture design or Electrical Engineering architecture roles.
• Bachelor’s in Computer Engineering, Computer Science, or Electrical Engineering.
• Experience in defining and designing embedded networked computer systems including definition of  system topologies, components, and interfaces.
• Experience in Network Communication Design: CAN, CAN-FD, LIN and Ethernet protocols.
• Understanding of typical vehicle EE architectures and automotive development processes. Strong systems thinker.
• Fluency in English is required, any other European language is an advantage.

Preferred Qualifications:

• Master of Science Degree in Electrical Engineering or related field of knowledge.
• Experience with Ethernet based communication protocols: Audio Video Bridging (AVB); Time Sensitive  Networking (TSN); Service Oriented approach (SOME/IP); TCP/UDP; MQTT.
• Knowledge on off-board communication protocols (WiFi, 4G/5G, V2X connectivity).
• Designed EE platforms or components for Service Oriented Architectures (SOA).
• Experience using networking tools such as CANalyzer, CANoe, PREEvision.
• AUTOSAR process/tools know-how and application experience.
• Exhibits excellent, clear, and detail-oriented written and verbal communications on highly complex topics

Job Description:

• A Client Design Release Engineer (Interior/Cockpit) is an engineering professional responsible for the design, development, and production release of interior vehicle components like the cockpit, ensuring they meet performance, quality, safety, and cost requirements throughout the product lifecycle.
• This role involves collaborating with internal teams and external suppliers to manage design feasibility, technical specifications, validation testing, risk assessment (DFMEA), and production processes, ultimately ensuring a successful and robust interior design is integrated into the final vehicle. 

Key Responsibilities:

• Design & Development: Drive the design and development of interior and cockpit components from concept through production release. 
• Supplier Collaboration: Work closely with suppliers on design feasibility, manufacturability, cost, and adherence to engineering standards. 
• Technical Leadership: Provide technical guidance and support to resolve design issues, material selection challenges, and process problems. 
• Validation & Testing: Develop and implement validation testing strategies, including component, vehicle, and durability testing, to ensure components meet performance metrics. 
• Risk Management: Lead risk assessment activities, such as Design Failure Mode and Effects Analysis (DFMEA), to ensure design robustness and mitigate potential issues. 
• Documentation: Generate and manage technical documentation, including system and sub-system technical specifications. 
• Cross-Functional Integration: Partner with manufacturing, quality, testing, and vehicle integration teams to ensure seamless implementation and integration of interior designs. 

Required Skills & Qualifications:

• Education: Bachelor of Science degree in Mechanical Engineering or a related field is typically required. 
• Experience: 3-5 years of relevant experience in design/development engineering, particularly in Body, Chassis, or Interior Systems. 
• Technical Proficiency: Experience with computer-aided design (CAD) tools, design validation processes (DVP), and failure mode analysis (DFMEA).Proficiency in plastic injection molding and trim assembly processes, Knowledge of ergonomic design and HMI integration, CAD expertise for packaging and design, Understanding of safety and regulatory requirements, Experience with fit & finish and perceived quality optimization.
• Soft Skills:Strong communication, leadership, problem-solving, organizational, and detail-oriented skills are essential. 
• Collaboration: Demonstrated ability to work effectively in a team environment and interface professionally with cross-functional teams and management. 

• Create written and illustrated manufacturing instructions, bills of material and outside purchase specifications per engineering drawings/specifications.
• Develop and improve manufacturing processes and tooling for composite parts
• Work with production teams to ensure manufacturability and suggest improvements.
• Train production staff in new processes and techniques.
• Providing manufacturing support to design throughout conceptual, preliminary, and detailed design phases, to include validation, customer approval, manufacturing, and operational service.
• Support design with material selection based on usability and compatibility with current processes and equipment.
• Review and disposition nonconforming material to technical requirements.
• Develop and validate repair processes in conjunction with design team.
• Contribute to Cost of Poor Quality efforts, challenge existing processes, and drive improvements.
• Ensure compliance with established engineering methodologies
• Use sound engineering judgment, technical expertise, and data analysis to make decisions or solve moderately complex tasks or problems.

• A Science, Technology, Engineering or Mathematics (STEM) University Degree or equivalent experience and minimum 10 years prior relevant experience
• A Science, Technology, Engineering or Mathematics (STEM) Advanced Degree in a related field and minimum 8 years experience
• Effective problem identification and solution skills
• Strong project ownership, execution, and proactive mentalities
• Experience with mechanical manufacturing processes (machining, joints, fasteners, welding) in relevant industry positions (aerospace, defense, automotive or similar)
• Experience with GD&T and print interpretation.
• Experience with fiber-reinforced polymer composites, specifically: fiberglass, aramid, and/or carbon prepreg and wet layup (especially epoxy resin systems)
• Experience in advanced Composite and Bonded Structures manufacturing (ie. Fiber Reinforcement, Curing, Ovens and Autoclaves, Adhesives, Surface Preparation, etc.) 

• Computer Aided Design Software experience: Creo / Windchill (Preferred) or NX / FiberSIM / TeamCenter
• Familiarity with Non-Destructive Testing (NDT) techniques, such as ultrasonic testing, eddy current, FPI, camera optics, X-ray and others used in aerospace.
• Experience with design for manufacturing & assembly
• Understanding of manufacturing cost and reproducibility
• Experience with implementation of PFMEAs

The Prototype Engineering Technician will have the opportunity to work on a variety of advanced unmanned systems to develop solutions for a variety of defense and commercial applications. This will include contributing to the development, build, integration, and maintenance of these systems with a particular emphasis on composite fabrication and assembly.

Position Responsibilities

• Conducts mechanical, electrical, and composite fabrication support, troubleshooting, repair, and testing of integrated systems
• Performs composite layup operations including wet layup, prepreg, and out-of-autoclave processes for prototype structural components
• Fabricates composite tooling including molds, caul plates, and layup fixtures to support prototype builds
• Executes cure cycles, post-cure operations, and dimensional inspection of composite parts
• Performs composite bonding and secondary assembly operations using aerospace-grade adhesives
• Operates and maintains shop equipment and tools (hand tools, power tools, solder irons, manual lathe and mills, 3D printers, composite cutting and trimming equipment, etc.)
• Meets scheduled timelines and, in some cases, aggressive deadlines to have hardware ready for project milestones
• Attends project meetings to discuss project schedule, design, hardware status, and other critical information
• Effectively documents important processes and build techniques, including composite layup procedures and cure cycle records, for successful readiness of equipment and transition of responsibilities to other individuals
• Builds low volume assemblies in the prototype phase of product lifecycle
• Ensures that laboratory, composite fabrication areas, and machine shop areas and equipment are safe, clean, in good working order, and organized for all engineering staff to efficiently work
• Other duties as assigned

Basic Qualifications (Required Skills & Experience)

• High School diploma or GED equivalent and/or equivalent certificate from a technical school
• 3+ years of technical experience with emphasis in composites fabrication, machining, rapid prototyping, and electronics
• Hands-on experience with composite fabrication methods including wet layup, prepreg, and bonded assembly
• Familiarity with composite inspection and repair techniques including visual and basic NDI methods
• Requires general proficiency with Microsoft Office Software and general computer skills
• Demonstrated familiarity with aircraft and/or Remote Control (R/C) experience
• Good understanding of using machine shop tools and shows proficiency with these systems
• Experience with building fixtures, tools, and parts or electrical devices
• Good understanding of build/assembly documentation development including composite process documentation
• In-depth knowledge, including repair and test, in at least one area: Composites, Fabrication, Mechanics, Electronics
• Maintains a high level of work practice and ensures all safety guidelines and policies are met, including composite material handling and PPE requirements
• Requires local/domestic travel (both driving and flying) to test site locations and participating in development testing
• Must have a valid Driver's license and clean driving record
• Periods of development may require long irregular hours around deadlines, weekends and some holidays and in field test environments

Other Qualifications & Desired Competencies

• Higher education and welding certifications are desired
• Experience with prepreg materials and autoclave or oven cure processes is desired
• Familiarity with composite-specific standards and process specifications (e.g., ASTM D3039, Nadcap composite processing) desired
• Experience with 3D modeling and programming software (such as SolidWorks/SURFCAM) desired
• Exposure to 3D additive manufacturing technology desired
• Skills as a machinist and with GD&T desired
• Demonstrates competency in interpreting instructions given by engineering team (verbal or written), asking for clarity where needed, and updating or generation of documentation, which could include drawings, layup procedures, and cure cycle records
• Able to excel in a fast-paced, deadline-driven environment, where small teams share a broad variety of duties
• Displays strong initiative and drive to accomplish goals and meet company objectives
• Takes ownership and responsibility for current and past work products
• Has effective problem-solving, analytical, interpersonal and communication skills. Focuses on teamwork, collaboration and puts the success of the team above one's own interests

Salary Range: $80,000-90,000

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

The Sr. Mechanical Engineer applies engineering techniques to design, fabricate, analyze, and test composite structures and mechanically functioning equipment for high-altitude aerospace applications. Leads and supports the mechanical design, testing, and production of composite airframe structures, housings, and enclosures for unmanned aerospace systems. Manages mid-size development projects outsourced to sub-contractors (development of a system, equipment or components).

Position Responsibilities

• Leads or supports structural, dynamic, and thermal analysis for composite structures and electronics enclosures
• Leads the design and development of composite components from concept through production, including layup schedules, tooling design, and manufacturing process definition
• Develops composite structural designs using fiber-reinforced polymers (CFRP, GFRP) and hybrid material systems
• Performs stress and fatigue analysis specific to composite materials and bonded joints
• Develops mechanical drawings and specifies dimensional tolerances with an emphasis on composite fabrication and assembly
• Develops assembly instructions, layup procedures, cure cycle documentation, and test procedures
• Develops test plans and test procedures to verify structural designs against environmental and load requirements
• Works on complex issues where analysis of situations or data requires in-depth knowledge of composite behavior and failure mechanisms
• Executes team assignments effectively following the given schedule, milestone, and available resources. May coordinate activities of other engineering and manufacturing personnel (Team Lead)
• Other duties as assigned

Basic Qualifications (Required Skills & Experience)

• Minimum 8 – 12 years of relevant technical experience in Mechanical Engineering, of which a minimum of 5 years focused on composite structure design and production for aerospace applications
• Experienced in developing requirements specifications for structural subsystems in accordance with MIL-STD-961D or equivalent
• Has sufficient proficiency with the following CAD/CAE tools to perform one's position responsibilities:
  • SolidWorks for mechanical and tooling modeling
  • ANSYS for structural and fatigue analysis of composite assemblies
• Extensive experience with composite manufacturing methodologies including wet layup, prepreg, autoclave, and out-of-autoclave processes
• Experienced with composite bonding and joining techniques including co-cure, co-bond, and secondary bonding using aerospace-grade adhesives
• Experienced with composite tooling design including matched-die, mandrel, and caul plate tooling
• Experienced with creating and maintaining product document trees and bills of materials (BOM)
• Experienced with test and measurement techniques for structural verification including DIC, strain gauging, and load frame testing

Other Qualifications & Desired Competencies

• MS degree in Mechanical Engineering or Aerospace Engineering is preferred
• Familiarity with MIL-STD-810 or DO-160 environmental qualification testing
• Familiarity with composite-specific standards and process specifications (e.g., ASTM D3039, D3410, Nadcap composite processing)
• Experience with repair and inspection methods for composite structures (NDI, ultrasonic, visual)
• Demonstrates full understanding of composite mechanics, classical laminate theory, and failure criteria (Tsai-Wu, Max Strain)
• Demonstrates full understanding & knowledge of engineering principles in the technical discipline and successfully works independently
• Effectively articulates concepts and ideas to both technical and non-technical staff
• Able to excel in a fast-paced, deadline-driven environment, where small teams share a broad variety of duties
• Displays strong initiative and drive to accomplish goals and meet company objectives
• Takes ownership and responsibility for current and past work products
• Is committed to learning from mistakes and driven to improve and enhance performance of oneself, others, and the company
• Has effective problem-solving, analytical, interpersonal and communication skills (verbal and written)
• Focuses on teamwork, collaboration and puts the success of the team above one's own interest

Salary Range: $125,000-140,000

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience.

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

As Director of Quality you will be responsible for;

• Extensive professional experience in quality management within a manufacturing environment.
• Demonstrated ability to implement and execute department-level quality strategies.
• Strong command of continuous improvement methodologies (e.g., Lean, Six Sigma, SPC).
• Proven experience in manufacturing process control and statistical analysis.
• Leadership experience managing non-conformance, root cause analysis, and corrective action processes.
• Track record of successfully reducing DPPM and Total Cost of Poor Quality in production environments.
• Excellent communication skills with the ability to lead technical discussions with customers and internal stakeholders

Qualifications;

• Background in the space or aerospace industry is desirable.Candidates with significant quality control experience in one or more of the following industries are strongly encouraged to apply:

  • High-tech assembly and manufacturing
  • Solar industry
  • Wafer and cell manufacturing
  • Circuit production or electronics manufacturing

Salary Range: $170-$200k 

• Execute the design, analysis, or evaluation of project assemblies using sound engineering principles and adhering to industry standards, practices, procedures, and product / program requirements.
• Function as a design/structures engineer for hybrid composite-metallic components used in engine testing stands.
• Providing design support throughout conceptual, preliminary, detailed design phases, to include validation, customer approval, manufacturing, and operational service.
• Responsible for material selection, determination of laminate architecture, generation of detail/assembly-level CAD models, and design of sub-element components.  May also include designing to a given surface.
• Assist in manufacturing process development with the engineering team and ensure the manufacturability of component designs, documenting and presenting results to management and external customers.  Assist shop floor personnel when needed.
• Review and disposition nonconforming material to technical requirements.
• Develop and validate repair processes in conjunction with manufacturing team.
• Support vendor management through reviews of quotes and requests for modifications of technical requirements.
• Contribute to Cost of Poor Quality efforts, challenge existing processes, and drive improvements.
• Ensure compliance with established engineering methodologies
• Use sound engineering judgment, technical expertise, and data analysis to make decisions or solve moderately complex tasks or problems.
• Provide engineering / technical support in a production environment

• A Science, Technology, Engineering or Mathematics (STEM) University Degree or equivalent experience and minimum 10 years prior relevant experience
• An Science, Technology, Engineering or Mathematics (STEM) Advanced Degree in a related field and minimum 8 years experience
• Effective problem identification and solution skills
• Strong project ownership, execution, and proactive mentalities
• Experience developing technical ideas with internal/external customers and a track record of converting ideas to programs
• Experience with mechanical and composite design (machining, joints, fasteners, welding) in relevant industry positions (aerospace, defense, automotive or similar)
• Experience with GD&T to include determining tolerance requirements.

• Advanced Degree in Engineering
• Computer Aided Design Software experience: Creo / Windchill (Preferred) or NX / FiberSIM / TeamCenter
• Computer Aided Engineering software experience 
• Experience with composite design, analysis, and manufacturing.
• Familiarity with Non-Destructive Testing (NDT) techniques, such as ultrasonic testing, eddy current, FPI, camera optics, X-ray and others used in aerospace.
• Experience with design for manufacturing & assembly
• Understanding of manufacturing cost and reproducibility
• Familiarity with principles of product development, reliability and quality control
• Experience with configuration management.
• Experience with fiber-reinforced polymer composites, specifically: fiberglass, aramid, and/or carbon prepreg and wet layup (especially epoxy resin systems)
• Experience in advanced Composite and Bonded Structures design and manufacturing(ie. Organic/Polymer Matrix Composites, Fiber Reinforcement, Manufacturing methods, Adhesives, Surface Preparation, etc.) 

The Manufacturing Engineer designs and operates the manufacturing systems for Unmanned Air Vehicles with a particular emphasis on composite fabrication and assembly processes. In this role, the Manufacturing Engineer chooses the best technologies and processes for manufacturing, planning and designing the factory as well as managing the maintenance and continuous improvement of the manufacturing process. One has strong knowledge in composite manufacturing production processes, specifically creating and monitoring automated systems and new technology development. One defines, maintains, and supports manufacturing processes utilized in the manufacture of Small Unmanned Air Vehicles.

Position Responsibilities

• Creates and manages equipment specifications and equipment documentation for development, qualification, and support of composite assembly and test equipment for production
• Implements Lean Manufacturing principles and applies Six Sigma methodology to achieve continuous improvement in composite fabrication productivity, quality, and lead time
• Generates Value Stream Maps to reduce cycle time, waste, variation, and low production yields in composite layup and assembly operations
• Works on Manufacturing Strategies and capacity models for new and current composite products, including estimation and maintenance of capital requisitions
• Generates new and reviews existing work instructions, composite layup procedures, cure cycle documentation, and supporting documentation controlling the manufacturing process
• Performs cost estimating of new composite tooling and fixtures required to support the production floor
• Leads Make/Buy analysis on composite assemblies and bonded structures with cross-functional team
• Performs Design for Manufacturing, cost, and reliability analysis on new composite products with the design engineering team
• Works with suppliers and contract manufacturers specializing in composite fabrication to ensure receipt of conforming parts and assemblies
• Works on problems of diverse scope where analysis of data requires evaluation of identifiable factors
• Other duties as assigned

Basic Qualifications (Required Skills & Experience)

• Bachelor's degree in Mechanical, Aerospace, or similar field is required, or equivalent combination of education, training, and experience
• Minimum of 5 to 8 years of experience in Manufacturing, Mechanical, or Test Engineering in Aerospace, Automotive, or Commercial industries
• Hands-on experience with composite manufacturing methods including wet layup, prepreg, autoclave, and out-of-autoclave processes is required
• Experienced with composite tooling design including matched-die, mandrel, and caul plate tooling
• Experienced with composite bonding and joining techniques including co-cure, co-bond, and secondary bonding using aerospace-grade adhesives
• Experienced in Lean Manufacturing and Six Sigma Methodology is required
• Experienced with electro-mechanical manufacturing, drawings, procedures, and Bill of Materials is required
• Experienced using Microsoft Office (Word, Excel, Outlook, PowerPoint, Access, Project), MiniTab, Oracle, Agile, and CAD programs (SolidWorks preferred)
• Familiarity with composite inspection and repair techniques including NDI, ultrasonic, and visual methods is desired
• Familiarity with composite-specific standards and process specifications (e.g., ASTM D3039, D3410, Nadcap composite processing) is desired

Other Qualifications & Desired Competencies

• Advanced degree is preferred
• Specific experience with composite layups, sheet metal fabrication, printed circuit board assembly, mechanical assembly, calibration, and testing processes is desired
• Demonstrates competency as a problem solver familiar with root cause analysis techniques as applied to composite process defects and nonconformances
• Organization and planning, communication (oral and written), time management, conflict management, and ability to manage stress and deadlines
• Able to excel in a fast-paced, deadline-driven environment, where small teams share a broad variety of duties
• Displays strong initiative and drive to accomplish goals and meet company objectives
• Takes ownership and responsibility for current and past work products
• Is committed to learning from mistakes and driven to improve and enhance performance of oneself, others, and the company
• Demonstrates effective time management, analytical, interpersonal, and communication skills
• Excels at teamwork, collaboration, and putting the success of the team above one's own interests

Salary Range: $110,000-130,000

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

Education and Experience:

• Minimum of bachelor’s degree
• 7-10 years’ experience in cloud architecture

Responsibilities:

• Define strategy, roadmap, and target architecture at company level
• Lead high-level studies and framing on complex topics
• Strong stakeholder management (reporting to high-level executives)
• Must have AI expertise to structure AI strategy 
• Strong hands-on expertise in GCP (mandatory)
• Good knowledge of AI services, APIs, and cloud-native dev
• Support developers building AI solutions

Location: hybrid in Wichita, KS (3 days a week on-site)

Salary Range: $80K-$150K

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Location: Rotating (Foster City, Fremont, Hayward, CA)

Travel: With notice to Bay Area locations above

ALTEN Technology USA is looking for a line support engineer to support hardware testing across manufacturing lines and service locations for one of our outstanding customers. This role spans testing across components (such as compute, sensor units), car (systems) and care (service). As one of the primary engineers, you will be responsible for troubleshooting and debugging issues to ensure we meet our aggressive scaling targets. You will use your knowledge of electronics manufacturing and software to resolve issues across different domains - firmware flashing, networking, debugging python scripts, Linux expertise to list a few. We are looking for an engineer who can easily switch between component level and system level testing. The ability to work independently and organize work around schedules and critical deadlines is a definite plus. We are looking for an engineer who is curious, enthusiastic, and not afraid to embrace new technologies!

Responsibilities

• Triage and debug test issues on manufacturing lines using knowledge of scripting, automotive tools, networking infrastructure and Linux terminal tools.
• Investigate both failures and line-down situations to quickly resolve and suggest long term improvement plans.
• Work cross functionally across test, manufacturing, IT, product security and other integration teams to root cause issues and implement corrective action.
• Support roll out of almond cake new test solutions (hardware and software) to the manufacturing and service lines.
• Run test experiments, gage R&R runs, validate test changes,
• Establish best practices and drive continuous improvement for improving test deployments, runtimes, and yields

Qualifications

• BS in electrical engineering, computer engineering, computer science, physics, or equivalent technical degree
• 3+ years of industry experience or equivalent including expertise in manufacturing and production testing of electronic assemblies such as cameras or network switches
• Knowledge of NPI testing and validation is a strong plus.
• Strong knowledge of Python and shell (bash) scripting. Some knowledge of working with APIs, ssh (remote access) and linux terminal tools (e.g. grep) and logs (e.g. dmesg) is expected.
• Knowledge of git (version control), CI/CD pipelines, Bazel would be a definite plus.
• Knowledge of factory automation frameworks such as Ignition and MES.

Bonus Qualifications

• Knowledge of automotive protocols such as CAN and hardware interfaces.
• Knowledge of python frameworks such as Pytest and requests.
• Experience reading wiring diagrams and schematics would be beneficial.

Salary Range:

• $105,000-115,000
• The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Position Summary

• Client is looking for a Warranty Hub Housing Troubleshooting Engineers to support warranty analysis and issue resolution using GIMS (Global Issue Management System).
• This role focuses on identifying, analyzing, and resolving housing-related warranty concerns, ensuring rapid containment and long-term corrective actions.
• The position sits at the intersection of warranty, quality, and engineering, making it ideal for junior-to-mid engineers looking to grow technical and analytical expertise within a global automotive OEM.

Key Responsibilities

• Monitor and analyze warranty claims and field data related to hub housing and associated components
• Use GIMS to track issues, document root cause investigations, and manage corrective actions
• Perform failure analysis and troubleshooting on returned parts and field reports
• Collaborate with design, manufacturing, quality, and supplier teams to identify root causes
• Support development and validation of containment, corrective, and preventive actions (CAPA)
• Prepare technical summaries, dashboards, and reports for management review
• Support plant visits, teardown activities, and supplier investigations as required

Required Qualifications

• Bachelor’s degree in Mechanical Engineering, Industrial Engineering, Automotive Engineering, or similar discipline
• 1–4 years of experience in warranty, quality, manufacturing, or engineering support roles
• Basic understanding of automotive systems and components, particularly housings or structural parts
• Experience or exposure to warranty systems or issue tracking tools (GIMS preferred)
• Strong analytical and data interpretation skills

Preferred Qualifications

• Experience working with field/warranty data analysis
• Familiarity with RCA,  8D problem-solving methodologies
• Exposure to manufacturing processes (casting, machining, assembly)
• Understanding of supplier quality processes
• Automotive OEM or Tier 1 supplier experience

Key Competencies

• Structured problem-solving
• Attention to detail
• Technical curiosity and learning mindset
• Effective written and verbal communication
• Ability to work in a fast-paced, issue-driven environment

Job Description:

• The EE Architecture Engineer will be responsible for providing the architecture solutions to specific vehicle  platforms/top hats.
• They need to have a holistic understanding of vehicle electrical architecture to provide the  architecture solutions/releases that satisfy the vehicle program needs, working with stakeholders inside and  outside the Architecture team.

Responsibilities:

• Understand Platform/Programs applications needs and provide an optimized architecture and power  distribution solution built from the existing archetype portfolio of solutions
• Identify Platform/Program needs not covered by the Archetype and propose solutions
• Interact with the Vehicle Architecture, Power Distribution and Wiring Teams to understand vehicle  integration constraints and optimize architecture deployment
• Obtain Platform/Program deliverables timing from the architecture project chief and ensure deliverables  on time with quality guaranteeing a robust change management
• Create specific topologies for the Platform/Program Application
• Work with Schematics Design team to develop mechanizations (SDPs) for the Application
• Support Platform/Program meetings/discussions involving architecture or Power Distribution
• Provide SDPs and generate the list of applicable core architecture / infrastructure requirements for  components sourcing when specific for the platform
• Create specific topologies / schematics for mules
• Support the Energy Management Team in the collection of current consumption of components for the  IOD / Energy consumption calculations/simulations
• Identify uniqueness of vehicle power distribution configuration (e.g. different lengths) and work with the  Power Distribution to modify the Fuse Sizes accordingly
• Provide impact and technical feasibility analysis to Platform/Program Investigate Bulletins.

Minimum Qualifications:

• 1-3 years of industry experience in EE Architecture design or Electrical Engineering architecture roles.
• Bachelor’s in Computer Engineering, Computer Science, or Electrical Engineering.
• Experience in defining and designing embedded networked computer systems including definition of  system topologies, components, and interfaces.
• Experience in Network Communication Design: CAN, CAN-FD, LIN and Ethernet protocols.
• Understanding of typical vehicle EE architectures and automotive development processes.
• Strong systems thinker.
• Fluency in English is required, any other European language is an advantage.

Preferred Qualifications:

• Master of Science Degree in Electrical Engineering or related field of knowledge.
• Experience with Ethernet based communication protocols: Audio Video Bridging (AVB); Time Sensitive 
• Networking (TSN); Service Oriented approach (SOME/IP); TCP/UDP; MQTT.
• Knowledge on off-board communication protocols (WiFi, 4G/5G, V2X connectivity).
• Designed EE platforms or components for Service Oriented Architectures (SOA).
• Experience using networking tools such as CANalyzer, CANoe, PREEvision.
• AUTOSAR process/tools know-how and application experience.
• Exhibits excellent, clear, and detail-oriented written and verbal communications on highly complex topics

Position Summary:

Responsible for designing, planning, and optimizing assembly systems using 2D/3D CAD, simulation tools and advanced automation technologies. Develop and validate production layouts, material flows, and line performance through discrete event simulation and digital factory modeling. Responsible to use Lean Manufacturing Tools for Assembly design and applying MTM to develop work instructions. This candidate will be responsible for preparing SOW, managing assembly system construction and deployment. Additionally is responsible for driving operational excellence, standardization, and continuous improvement initiatives across multiple facilities within the organization. This role focuses on optimizing processes, improving productivity, reducing costs, and enhancing overall system efficiency using industrial engineering principles and data driven decision making

Responsibilities:

• Industrial Development: active contribution to the accomplishment of all Industrial Development activities linked with new project launches.
• Contribute to all Industrial Development work packages with direct reporting to the plant IPM (Industrial Program Manager).
• Participate in activities to ensure HSE and ergonomic convergence in the plant.
• Production launch: active contribution to specific launch activities, such as:
• Completion of the Industrial Development support team with required resources.
• Participation in the installation and launch of production equipment.
• Production support during the ramp‑up.
• Prepare and update technical documentation – ensure that the technical convergence plan meets product, quality and costs targets – ensure that the PMS deadlines are met.
• Ensure that product and process characteristics are under control when production is launched.
• Support the implementation and integration of AMR/AGV systems for efficient material handling, ensuring alignment with lean manufacturing principles.
• Collaborate with cross-functional teams to drive process improvements, increase productivity, and support Industry 4.0 initiatives.
• To coordinate the activities of new projects (new plants), from the initial phase (definition and specifications) to the SOP, assuring the learning processes and application of lessons learned.
• Cooperation with the Engineering Departments of the Regions and Corporate, and support in the definition of standards.
• Create, implement and review processes incl. all necessary documents (MTM, FMEA, Process Flow) of the region.

Position Specifications:

Knowledge / Skills:

• Aerospace and Automotive Assembly Processes development and implementation.
• Industrial engineering fundamentals (layout design, line balancing, lean principles)
• 2D/3D simulation experience (e.g., AutoCAD, Flexim) and understanding of Discrete Event Simulation
• Knowledge of AMR/AGV systems and material flow automation.
• Basic industrial automation/PLC knowledge (e.g., Siemens, Rockwell Automation).
• Data analysis and problem-solving skills (Excel, Python or similar).
• Knowledge of MES – user interface manufacturing systems for assembly.

• Processes/guidelines (APQP,ISO, IATF, FMEA. 5s & PMS)
• Time studies and work measurement techniques (Timer Pro, MTM-1 and MTM-UAS)
• Simulation software (Flex Sim, Witness)
• Facility layout and material flow design using CAD software (AutoCad, CATIA, Inventor, Factory Design Utilities, Vault, AutoCAD architecture, Autodesk Desktop connector )
• Experience with ERP systems such as SAP ERP
• Understanding of automation, robotics, and Industry 4.0 technologies
• Experience with supplier integration and module sourcing strategies

Education / Experience:

• Bachelor’s degree in industrial Engineer
• Master’s Degree in Lean Manufacturing or Simulation
• 5-10 or more years’ experience in Automotive (Tier 1 / OEM)

Salary Range: $125,000-$140,000/K

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Summary: 

As a member of our electrical team, you will work in multi-disciplinary project teams to architect and develop systems for a wide variety of markets including consumer products, medical devices, space systems, unmanned aerial vehicles, and industrial controls. You may occasionally support the sales team as we bid and quote on incoming work and leverage. You’ll have the opportunity to showcase your talents as you integrate yourself into our project teams, working closely with other disciplines as well as senior electrical team members. On these teams you will at times work closely with a senior staff member and at other times work autonomously to deliver electronics designs and products. 

How you will spend your time:

Design Work

You’ll spend most of your time working to design hardware architectures, power budgets, electrical block diagrams, schematics and PCBs. You’ll get your hands dirty and own your designs from start to finish, involving other team members as appropriate to ensure that our designs are successful. This includes layout, bring-up and debug, documentation and verification. You’ll participate in design reviews on a regular basis. This will occasionally include travel to customer sites for project kickoffs or deliveries.

Sales Support

You may occasionally work with our account managers and project managers to bid and scope projects with our customers, including visiting customer sites to discuss our capabilities. 

Who You Are:

You’re several years into your career and have demonstrated a knack for picking up new skills and technologies quickly and efficiently. You engage in learning and taking on new challenges. You love to own your designs from cradle to grave. As a result, you are deeply invested in making sure that your work meets the expectations of peers and customers. You have outstanding attention to detail. You adapt well to changing circumstances.

Above all, people refer to you as an outstanding team member that they enjoy working with.

Minimum Qualifications:

• Design and layout experience including several of the following:
  • Microcontrollers, processors and FPGAs in embedded systems
  • Controlled impedance for high-speed channel design or RF technologies (10GbE, 802.11, SerDes, PCIe)
  • Communications interfaces (I2C, SPI, UART, RS-232, RS-485, USB, SDIO, CAN, MIL-STD-1553, LVDS, etc.)
  • DC/DC converters and topologies
  • EMI/EMC and Signal Integrity analysis
  • Analog and sensor interface design
• Lab troubleshooting and debug experience of PCB assemblies with test equipment such as oscilloscopes, logic analyzers, network analyzers, spectrum analyzers, etc.

Education and Experience:

• Bachelor’s degree (B.S.) from an accredited technical college or university in Electrical or Computer Engineering
• 3+ years of experience. 

Location: Hybrid in Westminster, CO

Salary Range: $90K-$115K

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.

About the Role:

• Direct, supervise and coordinate all Practical Problem Solving (PPS) operational Quality activities in Single Aisle Flowline in defined area of responsibility. Manages, motivates and develops the Quality team including Lead Inspectors. Responsible for ensuring the Practical Problem Solving (PPS) and Airbus Quality Standards of the entire A/C based on the defined inspection dossier and in accordance with the POA relevant regulations.

Primary Responsibilities:

1. Lead Team & Act as Delegate: 40%

• Lead and develop Practical Problem Solving (PPS) skills within Operations and Quality Team, ensure that the Practical Problem Solving (PPS) maturity of qualification of personnel is in accordance to the Airbus Qualification requirements. 
• Ensure together with Operations the competence- and qualification management of Operations and Quality Focal Point for the production delegated Inspectors in area of responsibility for Practical Problem Solving (PPS) 
• Ensure that the Aircraft production and the milestone FOT is in compliance with the Quality, cost and lead-time targets of FAL-USA. 
• Ensure that NCs are managed and drumbeat from creation to closure of Practical Problem Solving (PPS) are priority for all within the MFT. 
• Responsible focal point for all Practical Problem Solving (PPS).
• Conducts Practical Problem Solving (PPS) training.
• Represent Flowline to other departments and levels of the FAL.
• Conduct periodic performance evaluations of Practical Problem Solving (PPS).
• Collaborate with the procurement function to ensure the acquisition of necessary consumable materials as well as tools and other equipment.
• Plan and control workload of all assigned employees to ensure on time delivery per approved schedule.

1. Risk Analysis/Containment: 40% 

• Risk mitigation of quality escapes endangering the aircraft built and or product safety, launch of immediate corrective actions with Practical Problem Solving (PPS) 
• Ensure that all technical inspections in the production process of the aircraft are carried out to the POA standards, inspection plans and attested. 
• Responsible Practical Problem Solving (PPS) Focal Point for all external EASA Audits in area responsibility 
• Able to provide efficient feed-back analysis and trend to management. 
• Work within a MFT to resolve Practical Problem Solving (PPS) issues and ensure constant feedback loops with MAP, ME, QCM, AQCM and FCM 
• Practical Problem Solving (PPS) expert is expected to be proficient in Airbus policies which are processes (i.e. PPV, First Validation, Intervention, MMI, Quality Authorizations and others.) 

1. Improve Processes/Operations: 20% 

• Ensure that all EASA-POA regulatory requirements are implemented and used in the Flowline Product Quality and manufacturing organization. 
• Support and project manage the deployment & implementation of sustainable improvement projects and standardize way of working like Practical Problem Solving (PPS) Excellence - Able to lead projects at times 
• Define and implement work level processes based on the experience and recommendations from existing FAL operations. Identifies opportunities and implements adaptations for local application of such ideas. 
• Responsible for Continuous Improvement including leading activities and document progress. 
• Fully proficient in AOS and has the ability to own a QPS Brick and implement it into the Station 
• Lead projects or be a main contributor such as new station implementation, introduction of new versions.

Experience and Education:

• A minimum of 5 years of supervisory experience in Aviation at Airbus or 5 years at other (Quality, Manufacturing Engineering, Assembly Processes, Production method, etc.). 

Qualifications:

• High degree of flexibility and initiative
• Demonstrably effective communication skills on different levels, a structured way of working and the ability to deal with a volume of complex information. 
• Ability to work in different production management systems 
• Experience as a member and leader of an international team. 
• Work with the principles, practices, methods and tools used in aircraft manufacturing 
• Work with non-conformities and design query notes 
• Work with quality management system 
• Knowledge Aircraft manufacturing process with strong emphasis on Structure/Mechanical/ Paint Tasks 
• Knowledge of health safety and environmental regulation 
• Requires ability to communicate effectively in oral and written form with internal customer 
• Must be able to use Microsoft office & SAP.

Location: On-site in Mobile, AL

Salary Range: $75K-$85K 

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Job Description :

• Development of components for different infotainment features programs
• The Design & Release Engineer is responsible for the development of an assigned component within Client Infotainment Group. 
• The DRE is the representant of his assigned component internally and externally, and is responsible for the good tenue of the planning and project constraints.
• Response to Change Request during Development phase and Issue Response & Tracking during Production phase are important drivers that rythm the DRE's planning.
• The Design & Release Engineer is also responsible for the management of Tier 1 suppliers in charge of the component design.

Skills: 

• Mechatronics
• Communication Protocols (CAN/LIN)
• System Requirements ANalysis
• Collaboration, Communication and Leadership
• Project Management
• Autonomy & Problem solving
• English

Key Tools :

• JIRA, CANoe, Microsoft Office

Workplace: On-site, 5 days per week

Location: Long Beach, CA

Responsible for the design, development, and integration of mechanical, electrical, electronic systems and aerospace components, supporting the full product lifecycle from concept through manufacturing and assembly. The role involves 3D CAD design, simulation, and collaboration with cross-functional teams to ensure product performance, manufacturability, assembly, and compliance with aerospace standards. As responsible of the integration of the systems from components to manufacturing, the candidate will be in charge as well on designing all testing requirements for the components and final product.

Responsibilities:

• Develop 2D/3D CAD models and detailed engineering drawings for aerospace components (e.g., using SolidWorks/CATIA).
• Design and integrate mechanical systems, assemblies, jigs, and fixtures for manufacturing processes.
• Perform simulation, analysis, and validation to ensure performance, quality, and compliance.
• Collaborating with cross-functional teams (design, production, quality) for system integration and product development.
• Ensure design for manufacturing and assembly (DFM-DFA) and support process planning for machining and assembly.
• Prepare engineering documentation (drawings, BOMs, process sheets) and maintain design records.
• Support new product introduction (NPI), testing, and troubleshooting of integrated systems.
• Ensure compliance with aerospace standards (e.g., GD&T, AS9100, ISO 9001 OEM requirements).

Required Skills:

• Aerospace experience is an absolute MUST
• Bachelor’s degree in mechanical / aerospace engineering
• 5–10+ years of experience in mechanical design, product engineering, or aerospace manufacturing
• Experience with OEM or Tier-1 suppliers preferred
• Strong mechanical, electrical design and product development knowledge.
• Familiarity with assembly processes, fixation methods and part interfaces.
• Proficiency in CAD tools (SolidWorks, CATIA, or similar).
• Understanding of GD&T, materials, and aerospace manufacturing processes.
• Experience with simulation, analysis, and design validation.
• Knowledge of manufacturing, tooling, and process optimization.
• Familiarity with system integration and cross-functional engineering collaboration.
• Strong problem-solving and analytical skills.
• Knowledge of DFM/DFA (Design for Manufacturing & Assembly) principles

Salary Range:

• $120,000-$135,000
• The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

Location: Palo Alto, CA

Job Description:
The Electronic Design Release Engineer will be responsible for the technical assessment and design release of automotive ECU components impacted by end-of-life or obsolescence. Leads component risk evaluations, defines form-fit-function replacement or mitigation strategies, or leads component redesign to ensures compatibility.
 
Responsibilities:
    • Collaborate with hardware design teams and software engineers to align product requirements and ensure compatibility.
    • Define and implement architectures that balance hardware constraints with software functionality.
    • Develop test plans for hardware-software interfaces, perform debugging, and validate performance under real-world conditions.
    • Act as a bridge between mechanical, electrical, and software teams to streamline product development.
    • Maintain technical documentation, ensure compliance with industry standards, and support certification processes.
 
Qualifications:
    • Bachelor’s degree in Electrical Engineering, Automotive Engineering, or a related field (Master’s degree preferred).
    • 5+ years of experience in designing automotive ECU components
    • Strong technical experience using tools like C/C++, Python, MATLAB/Simulink, real-time operating systems, CAN/Lin/Ethernet
    • Strong experience with PCB/Schematic design, embedded systems, microcontrollers, FPGA
    • Strong problem-solving skills and ability to work in a fast-paced environment.
    • Excellent communication and teamwork skills, with experience collaborating with suppliers and cross-functional teams.
    • Experience with model-based systems engineering methodologies, agile development, risk and impact analysis, BOM management, and DPVR&R
    • Understanding of automotive safety and regulatory standards (ISO 26262, ASIL, A-SPICE, AEC‑Q100 / AEC‑Q200).
    • Hands-on experience with vehicle builds, prototype testing, and validation is a plus
    
Key Tools Used: 
    • JIRA, Jama, Arena PLM, 3DX, Siemens Capital, CANoe/CANalyzer, Altium, Cadence allegro, LabVIEW, dSPACE, Ansys, Microsoft Office    
 
Salary Range: 
    • $115,000-135,000
    • The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience

Location: Foster City, CA

We’re looking for a highly self-sufficient engineer who can operate as a hybrid Harness / Mechanical Integration Engineer to enable fast, safe, and serviceable implementation of low-voltage electrical systems in our vehicles. This role bridges harness routing/retention and mechanical packaging, focusing on practical solutions such as brackets, clips, clamps, channels, strain relief, and protective features to ensure electrical components and harnesses can be installed reliably in real vehicles.

The ideal candidate can independently take loosely defined integration problems, drive the design to a manufacturable
solution, and support prototype builds with minimal guidance.

Responsibilities 
    • Own end-to-end harness mechanical integration for assigned vehicle areas: define routing/retention strategy, identify constraints, and drive implementation through release and build support
    • Independently design and iterate mechanical retention solutions for harnesses and LV components (brackets, clamps, clips, tie features, channels, grommet interfaces, protective covers, strain relief) with clear installation intent
    • Lead packaging and routing studies in-vehicle: measure, model, manage clearances, avoid chafe/heat/sharp edges, ensure service access, and account for build variation and tolerance stack-ups
    • Create complete CAD and release-ready documentation:
        ○ 3D CAD + 2D drawings for brackets/mounts/retainers (GD&T as needed)
        ○ Harness routing/retention definition and installation guidance sufficient for technicians and build teams
        ○ BOMs, fastener specs, torque requirements, and assembly steps
    • Coordinate and support prototype builds / fit-checks: drive fast design loops to closure based on real vehicle feedback, without needing step-by-step direction
    • Proactively identify integration risks (rattles, loosening, chafe, interference, thermal proximity, ingress, accessibility) and implement prevention strategies
    • Partner with EE, Vehicle System integration, Vehicle Integration, Geometric Integration and Manufacturing to close action items and deliver stable, serviceable solutions

Qualifications 
    • Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or related field with 5+ years' experience in automotive/robotics/aerospace or similar
    • Demonstrated ability to work independently: take a problem statement, clarify requirements, propose solutions, execute, and deliver with minimal oversight
    • Strong hands-on experience with harness routing/retention and/or mechanical packaging in constrained vehicle environments
    • Proficiency with CAD (e.g., CATIA, NX, SolidWorks) and 2D drawings; comfortable driving designs through release/change control
    • Solid understanding of DFM/DFA, tolerance stack-ups, and manufacturing methods (sheet metal, machining, injection molded clips, additive prototyping)
    • Practical knowledge of harness integration best practices:
        ○ Bend radius, strain relief, branch management, clip spacing
        ○ Chafe protection, heat avoidance, edge protection, grommet usage
        ○ Service loops, access, and installation sequencing
    • Comfortable working directly with hardware, vehicles, and technicians in fast iteration cycles
    • Strong communicator who documents design intent, tradeoffs, and install guidance clearly

Bonus Qualifications 
    • Master’s degree in Mechanical Engineering, Electrical Engineering
    • Experience with harness design/tools (e.g., Siemens Capital, CATIA/3DX, NX) and release workflows (PLM, ECO/CR)
    • Familiarity with automotive networks and electrical integration constraints (CAN/LIN routing considerations, grounding, EMC-sensitive routing)
    • Experience defining fastener strategy and durability considerations (vibration, corrosion, thermal, ingress/IP needs)
    • Experience building or supporting test fixtures / special equipment for lab or vehicle work

Salary Range
    • $110,000-120,000
    • The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience 

What You’ll Do

• Program, set up, and operate CNC mills, lathes, multi‑axis machines, grinders, EDM, and manual equipment to optimize performance and minimize downtime
• Read and apply engineering drawings, blueprints, and advanced GD&T
• Perform complex offsets, tool compensation, and program adjustments to maintain tight tolerances
• Manufacture precision components to tolerances of .0001" or better with minimal supervision
• Troubleshoot machining, tooling, and material issues and implement corrective actions
• Recommend and execute process, tooling, and programming improvements
• Partner with Tool Design to develop fixtures, jigs, and custom tooling
• Conduct in‑process and final inspections using precision measurement equipment
• Share knowledge and best practices to support team development
• Adhere to safety, quality, and 5S workplace standards

Required Qualifications

• AA/AS degree or equivalent technical training with 8+ years of relevant machining experience
• Advanced expertise in CNC and manual machining and programming
• Strong working knowledge of GD&T and precision measurement
• Ability to work independently and resolve complex technical problems
• High mechanical aptitude and attention to detail

Preferred Qualifications

• Aerospace or defense manufacturing experience
• Machining certifications or advanced technical education
• Tool and die or specialized machining background
• Experience with continuous improvement methodologies
• Strong communication and mentoring skills

The actual salary offered is dependent on various factors including, but not limited to, location, the candidate’s combination of job-related knowledge, qualifications, skills, education, training, and experience.

Note: Due to the nature of the work, only US Persons (citizens or permanent residents) need apply for this position.