• Customer facing with large customers, thereby building trust and improving processes.
• Defining shipments through UPS, FedEx, etc.
• Pick, process, and fulfill orders in our ERP/Sales system.
• Build and configure hardware components to communicate with our systems.
• Help to define new kits and components for ease of installation in the field.
• Update and maintain accurate records of customer parts inventory, parts sales, and field replacement.
• Contribute to the overall team effort of shipping parts and maintaining a strong Parts Operations department.

• Previous shipping experience preferred
• Sales or Customer Service experience
• Computer skills and familiarity with Microsoft Office
• Familiarity with ERP/WMS
• Ability to work in a warehouse environment
• Strong team player
• Detail oriented

ABOUT THIS ROLE

As a Hardware Technician on the Sensor Integration team, you will provide critical technical support for the development and validation of advanced hardware solutions. Operating within the Hardware Department, this position is responsible for the mechanical integration and hardware-level testing of different sensor types, ensuring all devices are functionally mounted and optimized for deployment. Primary responsibilities include physical assembly, CAD modeling for sensor mounting components, and the technical evaluation of various sensor systems, including PTZ cameras, radar, thermal detection, and sightline (field of view) analysis.

You will collaborate closely with the engineering teams to prototype new integration methods, ensuring all hardware meets established standards for reliability and field performance. In addition to execution, you will contribute to the development of standardized assembly and testing protocols, assisting in the documentation and refinement of the LVT processes. 

ROLE RESPONSIBILITIES

• CAD Modeling & Design: Use CAD software to design and iterate on custom brackets, mounts, and housings for various sensor types.
• Hands-on Prototyping: Build and assemble sensor payloads, ensuring all physical components, cables, and connectors are integrated correctly.
• Validation Testing: Execute hands-on testing protocols to ensure sensors meet performance standards under various conditions.
• Documentation: Maintain clear logs of test results, assembly procedures, and hardware revisions to help the team scale.
• Sustaining Support: Assist in troubleshooting hardware failures and identifying root causes for sensor integration issues.
• Cross-Functional Collaboration: Work alongside the Engineering and Hardware PQE teams to move products through the development stage.

OUR IDEAL CANDIDATE

• CAD Proficiency (Required): Demonstrated experience using CAD software (e.g., SolidWorks, Fusion 360, or similar) to create 3D models and technical drawings.
• Technical Aptitude: A strong mechanical mindset with experience using hand tools, basic electronics, and assembly techniques.
• Methodical Approach: High attention to detail when it comes to testing and documenting your work. 
• Communication: Ability to clearly explain technical issues to teammates and collaborate on solutions.
• Education: Bachelor’s degree or technical certification in a relevant field is highly regarded. Candidates with equivalent practical experience and a proven track record of executing technical hardware tasks are also strongly encouraged to apply.

PREFERRED QUALIFICATIONS

• Sensor & Hardware Integration: Proven experience with the physical installation and hardware-level configuration of IP cameras and other sensor types. Experience with creating and escalating projects through an ECO process.
• Security Industry Background: Professional experience as a security systems integrator or technician is preferred, specifically regarding the mounting, wiring, and hardware validation of surveillance and physical security infrastructure.
• Prototyping Skills: Experience with 3D printing and CAD software. Experience using WindChill or other PLM tools.
• Problem Solver: A track record of "hacking" solutions to physical hardware challenges.

ABOUT THIS ROLE

As a Mechanical Lab Engineer at LVT, you will sit at the intersection of design and reality. You will be the primary steward of our Mechanical Lab, ensuring our prototyping environment is optimized for rapid innovation. Working under the guidance of senior engineers, you will apply foundational engineering principles to support prototype builds, execute critical testing, and manage sustaining engineering activities. This is a high-impact role for a hands-on problem solver who is ready to transition from conceptual CAD designs to tangible, field-ready hardware.

This role is based in-office out of our facility in Spanish Fork, Utah, to facilitate daily lab management and physical hardware collaboration.

ROLE RESPONSIBILITIES

• Lab Stewardship: Manage day-to-day operations of the Mechanical Lab, including equipment maintenance, organization, and 3D printer fleet management.
• Prototype Assembly: Lead and support the physical build-out of prototype units, ensuring components are integrated correctly and providing feedback on "design for assembly."
• Rigorous Testing: Execute standardized mechanical tests and basic analysis to validate sub-system performance against established requirements.
• Sustaining Engineering: Support ongoing product improvements by debugging simple mechanical issues and documenting design iterations.
• CAD Documentation: Utilize 3D modeling software to design small features, promote Proof of Concepts (POCs), and maintain accurate engineering documentation.
• Technical Writing: Compose clear, concise test reports and assembly instructions with minimal supervision to ensure cross-functional alignment.
• Project Coordination: Determine the scope of individual efforts up to a week in advance, ensuring lab tasks align with broader departmental project timelines.
• Collaborative Problem Solving: Work closely with senior team members to identify and mitigate design risks while learning LVT’s complex mechanical architecture.

OUR IDEAL CANDIDATE

• Technical Foundation: Holds a Bachelor’s degree in Mechanical Engineering or a related field with a strong grasp of core mechanical design concepts.
• Hands-on Aptitude: Highly proficient with general shop tools and comfortable troubleshooting hardware in a physical lab environment.
• 3D Printing Expert: Experience operating and maintaining 3D printers to produce high-quality functional prototypes.
• CAD Proficiency: Experience with 3D modeling software is required; specific experience with Creo is strongly preferred.
• Detail Oriented: An organized thinker who takes pride in maintaining a clean, efficient lab and producing precise technical documentation.
• Continuous Learner: Eager to receive direction from senior engineers and rapidly apply foundational skills to complex, real-world problems.
• Execution-Minded: Able to follow established procedures and guidelines while proactively identifying opportunities for process improvement.
• Effective Communicator: Can clearly articulate how design decisions impact sub-system performance and collaborate effectively across the engineering team.

ABOUT THIS ROLE

The Electrical Lab Engineer is a foundational role within our hardware team, designed for a motivated engineer eager to apply theoretical knowledge to complex, real-world electrical systems. You will be a key driver of lab efficiency, serving as the primary lead for the Electrical Engineering Lab while supporting the design, testing, and optimization of LVT’s hardware. Under the mentorship of senior engineers, you will contribute to project goals that directly impact our product’s success while developing a deep understanding of our agentic AI-driven hardware.

This role is based in-office out of our facility in Spanish Fork, Utah.

ROLE RESPONSIBILITIES

• EE Lab Management: Serve as the primary steward of the Electrical Engineering Lab, ensuring equipment is calibrated, benches are organized, and components are properly inventoried.
• Hardware Debugging: Assist in troubleshooting and debugging simple electrical issues at the component and system levels to identify root causes and implement fixes.
• Testing & Validation: Perform basic electrical tests and analysis, utilizing tools like oscilloscopes and multimeters to validate sub-system performance.
• Documentation: Write and maintain clear technical documentation, including test plans, assembly instructions, and lab safety protocols.
• Prototyping & Rework: Support the assembly and verification of electrical prototypes, including PCB soldering, wire harness fabrication, and system integration.
• Execution & Planning: Manage routine tasks with moderate complexity, determining the scope of your individual efforts up to a week in advance.
• Continuous Improvement: Actively participate in team reviews, accepting feedback and applying lessons learned to improve departmental processes and outcomes.

OUR IDEAL CANDIDATE

• Technical Foundation: Holds a Bachelor’s degree in Electrical Engineering or a related field with a firm grasp of core electrical design concepts.
• Growth Mindset: Demonstrates a strong desire to learn industry standards and foundational skills with a goal of increasing self-sufficiency.
• Lab Proficiency: Comfortable managing a laboratory environment and proficient in using standard EE bench equipment (oscilloscopes, power supplies, etc.).
• Problem Solver: Capable of handling tasks of moderate scope and complexity that require creative problem-solving and adaptation.
• Collaborative Spirit: Thrives in a team environment, effectively articulating technical findings and design impacts to the broader engineering group.
• Analytical Thinker: Able to perform basic electrical analysis and interpret data to support design improvements.
• Methodical Execution: Disciplined in following established procedures and guidelines while maintaining high standards of accuracy and lab safety.
• Action Oriented: Ready to take on straightforward tasks under supervision and execute them with a high degree of accountability.

ABOUT THIS ROLE

We are seeking a Manufacturing Automation Engineer to lead the development of custom electromechanical test equipment for our manufacturing plant. In this role, you will own the end-to-end creation of testers—architecting the test software, designing the data pipelines, and integrating these systems with our mechanical and electrical hardware designs.

You will also serve as a crucial liaison between our internal software engineering team and the manufacturing test team, ensuring our factory software seamlessly communicates with broader company systems and databases.

ROLE RESPONSIBILITIES

• Software Architecture & Development: Architect, write, and maintain robust test automation software and scripts to control test sequences for complex hardware assemblies.
• Database & Data Pipeline Management: Architect and manage data logging systems using SQL databases, ensuring test yields, failures, and manufacturing metrics are reliably captured, stored, and accessible.
• The "Bridge": Act as the primary technical liaison between the manufacturing engineering team and the core internal software development team. Define APIs, align software architectures, and ensure factory data flows seamlessly into company-wide systems.
• IPC & Hardware Integration: Program IPCs (Industrial PCs) to interface with physical test fixtures and devices under test. Integrate software with sensors, actuators, and communication protocols (e.g., Modbus, TCP/IP, CAN bus, industrial Ethernet).
• End-to-End Tester Design: Collaborate on the electromechanical design of the testers, including specifying components, reviewing electrical wiring schematics, and understanding the mechanical fixturing.
• Testing & Validation: Develop highly reliable automated test procedures for complex embedded systems and electromechanical devices.

OUR IDEAL CANDIDATE

Our ideal candidate is an interdisciplinary expert who thrives at the intersection of software and physical hardware. You should possess:

• Educational Background: A Bachelor’s degree in Computer Engineering, Electrical Engineering, Mechatronics, Computer Science, or a related field.
• Professional Experience: 5+ years of experience in test automation, manufacturing engineering, or systems integration.
• Technical Mastery: Strong proficiency in object-oriented programming, scripting, and version control (Git), alongside extensive experience with relational SQL databases.
• Automation Expertise: Hands-on experience with IPC programming, PC-based control systems, and industrial automation environments (such as IEC 61131-3 standards).
• Collaborative Mindset: Proven ability to integrate high-level software with physical hardware and excellent interpersonal skills to collaborate with software teams on system requirements.
• Bonus Skills: A solid understanding of electromechanical design (CAD software like Creo) and specific experience testing IoT products or complex embedded systems.

ABOUT THIS ROLE

We are seeking a proactive, hands-on Safety and Facilities Manager to lead our industrial manufacturing site into its next phase of operational excellence. Our goal is to move beyond baseline OSHA compliance and transform our safety program into a robust, proactive culture.

In this role, you aren’t just a "safety cop"—you are a builder who will own the safety and structural integrity of our home base. You will oversee the physical health of our plant, manage a dedicated Facilities Technician, and coordinate specialized external contractors to ensure our infrastructure supports high-efficiency production.

ROLE RESPONSIBILITIES 

Safety and Environmental Leadership

• Program Development: Build, implement, and maintain a comprehensive Safety Management System (SMS) that exceeds OSHA standards.
• Culture Building: Lead the "Safety First" initiative, shifting the mindset from reactive compliance to proactive risk engagement across all shifts.
• Training and Enablement: Design and deliver safety training modules (LOTO, Fall Protection, Forklift, HazCom, etc.) and empower floor leads to act as safety champions.
• Incident Management: Lead all accident investigations using Root Cause Analysis (RCA) and ensure corrective actions prevent recurrence.
• Compliance and Auditing: Conduct regular site audits and manage all EHS documentation, including OSHA 300 logs and environmental reporting.
• Environmental Oversight: Manage air and noise pollution control programs to meet all local and federal environmental permits.

Facilities and Maintenance Management

• Personnel Management: Directly supervise and mentor the Facilities Technician, prioritizing their daily workload and professional development.
• Maintenance Strategy: Oversee the Preventive Maintenance (PM) schedule for the building’s envelope, HVAC, plumbing, and electrical systems.
• Contractor Liaison: Source, vet, and manage third-party vendors for specialized maintenance, safety supplies (PPE/First Aid), and waste management.
• Capital Projects: Assist in the planning and execution of facility upgrades, equipment installations, and space optimizations.
• Budgeting: Manage the facilities budget, ensuring cost-effective procurement without compromising safety or quality.

OUR IDEAL CANDIDATE 

• Experience: You have 5+ years in a Safety or Facilities role within an industrial manufacturing environment.
• Education: You hold a Bachelor’s degree in Occupational Health and Safety, Engineering, or a related field (preferred).
• Certifications: You possess an OSHA 30-Hour certification (required); CSP or ASP certifications are highly preferred.
• Technical Expertise: You have deep knowledge of OSHA 1910 standards and air/noise regulations.
• Leadership: You have a proven track record of managing direct reports and third-party contractors.
• The ‘Safety Mindset’: You excel at finding solutions that respect production deadlines while keeping people safe.
• Project Management: You can effectively juggle facility repairs, safety audits, and contractor negotiations simultaneously.
• Communication: You are comfortable speaking to everyone from the executive board to the shop floor team to drive buy-in.