Summary: 

The Engineer will be responsible for design and integration of advanced hardware for air vehicles. You will own the development cycle from concept to production, release, and launch of components, systems, and sub-systems for advanced air vehicles programs.

Responsibilities:

• Design, develop and integrate hardware on unmanned air vehicles
• Develop and mature components from concept through production
• Build prototypes, analyze failures, and transition successful projects into production 
• Coordinate engineering designs and systems with purchasing, suppliers, testing team, manufacturing team, other vehicle subsystems and functions
• Responsible for quality of components and/or subsystem 3D CAD and technical drawings
• Work with suppliers to create specifications and requirements of the components. 
• Provide technical support and system analysis for root cause analysis of development issues
• Coordinate, lead and participate in design reviews
• Remain up-to-date in relevant new technology and products
• Travel as required
• Perform other duties as needed

Qualifications:

• Bachelor’s degree in Engineering plus 5 years relevant experience.
• Education with the following specialties preferred: Mechanical, Mechanical Technology, Aerospace, Automotive, Manufacturing. 
• Experience integrating electrical and mechanical subsystems into advanced air vehicles
• Experience and proficiency in 3D designing mechanical parts in NX CAD. 
• Experience with analysis using FEMAP.
• Understanding of manufacturing methods (machining, sheet metal, composites, 3D printing, injection molding, composite lamination, etc)
• High competence with, and fluid use of, engineering first principles
• Knowledge of materials, manufacturing processes, and tooling.
• Experience developing aircraft subsystem layouts, performing architectural trade studies, and evaluating vendor performance data
• Eligible to obtain and maintain an active U.S. Secret security clearance

Summary: 

In this role, you will be tasked with working closely with avionics engineers to review and design electrical integration details to ensure details are documented and communicated to all relevant stakeholders for flight critical electronics, PCB assemblies and FPGA-based processing architectures.

Responsibilities:

• Full cycle PCB design including collecting requirements, schematic design, component selection, supervision or completion of layout, bring-up, test, debug, and system integration 
• Conduct bring-up and design work on microcontrollers, ensuring seamless integration within the system 
• Troubleshoot issues that span electrical and software boundaries, utilizing both lab equipment (Oscilloscopes, DMM, etc.) and basic software debugging tools 
• Perform power design, including development and integration of power management systems and components 
• Develop payloads and subsystems (sensors, payload interfaces, power management, and networking) 
• Create system interconnect diagrams and define wire harnesses that connect electronic equipment within a subsystem

Qualifications:

• Bachelor’s Degree in Electrical Engineering or equivalent, with 3+ years of experience designing, testing, and troubleshooting complex system designs 
• Experience designing mixed-signal PCBs with multiple layer counts, layer stackup and impedance matching for power and sensor applications, understanding correct grounding approaches and employing appropriate board protections and filtering 
• Experience designing PCBs with Altium software 
• Ability to perform power system and electrical loading analysis, simulation, and testing to determine optimal solutions 
• High competence using lab test equipment (benchtop power supplies, electronics loads, oscilloscopes, DMM, logic/spectrum analyzers, etc.) with familiarity of thermal and EMI test chambers and using basic software debugging tools 
• Familiarity with common electrical bus interfaces (CAN, I2C, SPI, Ethernet, RS232/422, RS485, USB) 
• Hands-on experience with microcontrollers, including bring-up and design work 
• Knowledge of modern analog and digital electronics and electronic circuits 
• Eligible to obtain and maintain an active U.S. security clearance

Summary: 

This role will be responsible for designing, testing, and validating electromagnetic compatibility (EMC) and electromagnetic interference (EMI) solutions for electronic products. This role involves collaborating with cross-functional teams to ensure compliance with industry standards and regulatory requirements.

Responsibilities:

• Conduct EMI/EMC testing and analysis on electronic systems and components. 
• Drive product maturity through rapid prototyping, design verification, and qualification activities. 
• Develop and implement design strategies to mitigate EMI/EMC issues. 
• Prepare test plans, reports, and documentation for compliance verification. 
• Collaborate with product design teams to ensure EMC requirements are integrated during the design phase.
• Identify program EMI/EMC risks and define strategies for reducing risk through the definition of modeling, simulation, or experimental activities.
• Stay updated on relevant standards (e.g., MIL-STD-461G, MIL-STD-464D, DOD-160, FCC, CISPR, IEC) and regulatory requirements. 
• Conduct field tests and assessments to evaluate product performance in real-world environments. 
• Work in a fast-paced environment, having to juggle multiple concurrent projects and customers.

Qualifications:

• Bachelor’s degree in Electrical Engineering, Electronics, or a related field.
• 7+ years of experience in EMI/EMC design and testing. 
• Familiarity with EMC/EMI standards and regulations (e.g., MIL-STD-461G, MIL-STD-464D, RTCA DOD-160, FCC, IEC, CISPR, SAE). 
• Proven expertise in E3 design, analysis, testing and mitigation strategies. -----Specialized in HERO, HEMP, Lightning Protection, ESD, RF exposure limits and operational electromagnetic compatibility. 
• Proficiency in using EMI/EMC testing equipment (e.g., spectrum analyzers, oscilloscopes, antennas, LISN etc.) 
• Experience with simulation tools (e.g., ANSYS, CST Microwave Studio) for EMI analysis. 
• Strong analytical and troubleshooting skills for identifying and resolving EMI/EMC issues. 
• Excellent verbal and written communication skills for reporting findings and collaborating with teams. 
• Full understanding of PCB Layout techniques to meet mechanical, electrical, EMI/EMC, and manufacturing requirements. 
• Ability to read and interpret schematics and apply best practices appropriate for each design. 
• Familiarity with standard interfaces such as MIPI, DP, I2C, SPI, PCIe, USB, etc. 
• Eligible to obtain and maintain a DoD Secret Clearance

Summary: 

The Engineer will be responsible for designing and analyzing advanced structural parts for air vehicles. You will own the development cycle from concept to production, with detailed design and analysis of primary and secondary structures ensuring robust, high performance requirements are met.

Responsibilities:

• Own development of primary and secondary aircraft structural parts and assemblies (metallic and composite) from preliminary design through prototype manufacturing 
• Perform complex modeling and finite element analysis at the detailed component level, major assembly level, and aircraft level (analysis simulations to include strength, buckling, damage tolerance, and delamination) 
• Apply design for manufacturing concepts to create solutions that are cost effective and easy to manufacture at rate 
• Establish and achieve targets for cost, investment, weight, performance, and quality 
• Coordinate engineering designs and systems with purchasing, suppliers, testing team, manufacturing team, other vehicle subsystems and functions 
• Provide technical support and system analysis for root cause analysis of development issues 
• Coordinate, lead and participate in design reviews 
• Remain up-to-date in relevant new technology and products 
• Travel as required 
• Perform other duties as needed

Qualifications:

• Bachelor’s degree in Engineering plus 5 years relevant experience. 
• Education with the following specialties preferred: Mechanical, Mechanical Technology, Aerospace, Automotive, Manufacturing. 
• Experience and proficiency in 3D designing and drawing Airframe in NX CAD. 
• Experience with analysis using FEMAP. 
• Strong technical knowledge in core engineering principles, fundamental mechanics of composite materials, design, analysis, testing, and fabrication 
• Deep understanding of load paths, design practices, and hand calculations to design robust structurally efficient assemblies 
• Proven ability to design high performance structures and execute their fabrication 
• Experience with composites and FiberSim is beneficial. 
• Knowledge of materials, manufacturing processes, and tooling 
• Eligible to obtain and maintain an active U.S. Secret security clearance

Summary: 

This role will own verification of FPGA/SoC designs on AMD (Xilinx) platforms for flight-critical avionics, with a focus on UVM-based methodology and coverage-driven verification. This will require expertise in SystemVerilog, object-oriented programming, and UVM.

Responsibilities:

• Architect and implement UVM verification environments (drivers, monitors, predictors, scoreboards) for AMD (Xilinx) FPGA/SoC designs 
• Develop verification plans with traceability to system and hardware requirements 
• Author SystemVerilog Assertions (SVA) for protocol compliance and design intent checks 
• Build functional coverage models and drive code coverage analysis to closure 
• Develop constrained-random and transaction-level test sequences to maximize coverage and uncover corner-case bugs 
• Establish and maintain regression suites, tracking coverage metrics and verification progress 
• Debug failures using waveform tools and simulation logs at the HDL and system level 
• Collaborate with design engineers on RTL reviews, bug resolution, and micro-architecture refinement 
• Support hardware validation and board bring-up on target platforms 
• Ensure verification meets DO-254 and relevant safety standards 
• Author verification closure reports and coverage analysis summaries

Qualifications:

• Bachelor’s degree in Electrical Engineering, Computer Engineering, or related field 
• 3-5+ years of experience in FPGA/ASIC verification 
• Proficient in SystemVerilog, UVM methodology and SVA, with experience contributing to and extending UVM testbenches 
• Object-oriented programming principles 
• Industry simulators (Questa, VCS, Xcelium, or Vivado) 
• Git-based collaborative workflows including code review 
• Linux development environments 
• Strong communication and teamwork skills 
• Eligible to obtain and hold a U.S. Secret security clearance

Summary: 

Aerodynamics Engineer will own the full development lifecycle, from conceptual design to flight test planning, execution and analysis ensuring high-performance, resilient, and scalable systems that meet the demands of complex, contested environments.

Responsibilities:

• Aerodynamics design of unmanned air vehicles/missiles at conceptual, preliminary, and detailed design maturities 
• Aerodynamics analysis of unmanned air vehicles, using both low and high order methods, including analysis tool development and improvement as needed 
• Stability and control analysis 
• Trajectory optimization for performance analysis, vehicle conceptual trades, and sensitivities 
• Aerothermodynamic analysis of flight vehicles in high-speed environments 
• Aircraft performance modeling and simulation 
• Aerodynamic loads generation 
• Wind tunnel test planning, execution, and analysis 
• Flight test planning, execution, and analysis

Qualifications:

• BS or higher degree in Aerospace Engineering and 5+ years of relevant experience
• Experience with aircraft performance and analysis predictions
• Experience with Star-CCM
• Competent in a variety of aerodynamic analysis techniques including hand calculations, vortex lattice methods, panel methods, and computational fluid dynamics (CFD)
• Wind tunnel and flight test experience including data acquisition, data analysis and project coordination
• Strong programming skills in higher-level languages (e.g., MATLAB, Python) for internal tool development in a version-controlled environment
• Experience preparing formal documentation (i.e., specifications, test procedures, technical reports, etc.)
• Eligible to obtain and maintain an active U.S. Secret security clearance