Hiring for Senior Firmware Engineers to maximize the reuse of existing internal or external firmware components, frameworks, and communication protocol libraries to shorten the product development cycle.
Responsibilities
Analyzes, designs, programs, debugs, and modifies Firmware.
Troubleshoot code for firmware applications.
Involves analog and digital hardware and Firmware operating systems.
Involvement in one or more of these areas in embedded firmware for drives products: development of FW features, remediation and management of FW improvements, testing, and process and standards of compliance.
Design, develop, and test firmware for protocols, including: Ethernet/IP BacNet Profibus Profinet SNMP Serial Communication Modbus TCP
Lead the technical development and integration of Department of Defense systems, creating and applying interdisciplinary digital models to support hypersonic testing and development.
Compensation
The projected compensation range for this position is $86,800.00 to $198,000.00 (annualized USD).
Responsibilities
Lead the technical development and integration of Department of Defense systems
Create, integrate, and apply interdisciplinary digital models of systems from concept throughout the product lifecycle
Develop or contribute to solutions for hypersonic testing and development
Orchestrate the development of a system of interest, encompassing hardware and software, through its entire life cycle
Perform requirements determination through operations and system retirement
Lead and manage risk and post-market surveillance activities for NeuroPace’s medical device portfolio.
Compensation
$160K-$185K Base - Compensation will be determined based on several factors, including but not limited to skill set, years of experience, and geographic location.
Responsibilities
Serve as a subject matter expert in post-commercialization risk management processes and data-driven safety analytics.
Lead cross-functional efforts and meetings to analyze and synthesize complex data into actionable insights for senior leadership and other key stakeholders.
Maintain ISO 14971-compliant risk files, developing global Post-Market Surveillance plans, and leverage advanced statistical tools to detect emerging performance signals.
Implement, instruct, and support training of staff on risk management remediation directives based on findings and analysis.
Ensure all ongoing maintenance, continuous improvement and remediation efforts meet applicable quality and regulatory standards.
Lead requirements and verification for Blue Ring spacecraft missions, managing system-level verification plans and integration with internal and external stakeholders.
Compensation
Base Pay Range for:
VA applicants is $99,201.00 - $138,880.35
CO applicants is $90,934.00 - $127,307.25
Responsibilities
Perform as the Mission Requirements & Verification Lead for a critical Blue Ring customer mission, including all aspects of requirement decomposition, derivation, and allocation
Collaborate with the Blue Ring Mission Lead Systems Engineers, Spacecraft Systems Engineering, Flight Software, Payload & Mission Integration, and Ground Systems Engineering Teams to define system and mission verification plans across multiple customers and missions
Engage with internal and external customers, including government agencies and contractors, to perform analysis of unique customer and mission requirements and verification needs
Develop and manage requirements and verification modules, including internal and external interfaces, with accurate flow-down and traceability
Understand and define the relationships and traceability between requirements, design parameters, technical budgets, ICDs, program plans, and technical performance measures
Requirements
Bachelor's in Aerospace, Electrical, Mechanical or Software engineering, or equivalent technical field
Nice to have: Master’s degree in Systems Engineering, Systems Architecture or a related discipline
Principal Electrical Power System Engineer responsible for designing, modeling, and verifying electrical power systems for space suits and related hardware.
Responsibilities
Own assigned segments of the Electrical Power System requirement baseline
Author verifiable requirements and maintain traceability
Model the system and produce analyses for power and energy budgets, load flow, voltage drop, transient response, bus stability, fault current, and efficiency
Evaluate power conversion approaches and system level consequences
Author and maintain power quality specifications
Requirements
Bachelor's degree in Electrical Engineering or equivalent
Own the design and development of electrical and electronics components for the Axiom Extravehicular Mobility Unit (AxEMU) Power, Avionics, and Control (PAC) system, including flight computers, radios, sensors, and network switches.
Responsibilities
Conceptualization, design, development, testing, and integration of electrical systems
Select and trade avionics architectures to balance performance, power, mass, cost, and reliability
Ensure designs meet radiation hardness, reliability, and resilience standards for space environments
Lead requirements definition and develop Interface Control Documents (ICDs) for integration with other spacecraft systems
Integrate with other suit and test functions including thermal control, flight software, power distribution, test facilities, and test support equipment
Requirements
Bachelor's degree in Electrical Engineering
Computer Engineering
equivalent
Nice to have: integration and test in spacecraft, aerospace, defense
Lead technical strategy and execution for battery and hybrid electric vehicle propulsion control systems, overseeing embedded software, controls, and systems engineering.
Locations (4)
Detroit, Michigan, United States
Oshkosh, Wisconsin, United States
Spartanburg, South Carolina, United States
Michigan, United States
Compensation
Pay Range: $118,600.00 - $204,000.00
Responsibilities
Own the technical roadmap for xEV propulsion controls, embedded software, calibration development, and E/E systems architecture.
Lead the integrated execution of complex autonomy-enabled UAS programs from requirements through deployment, combining systems-engineering rigor with program-management discipline and scaled-Agile leadership.
Compensation
Pay within range listed + Bonus + Equity
Responsibilities
Lead end-to-end execution of complex UAS, autonomy, mission-system, or customer-delivery programs, achieving technical, schedule, cost, quality, and customer objectives.
Own integrated program plans, including scope, milestones, schedules, critical path, resource needs, dependencies, risks, issues, decisions, and change control.
Partner with technical leads to ensure requirements, interfaces, verification plans, test readiness, technical baselines, and customer acceptance criteria are clear, measurable, and traceable.
Lead cross-functional system integration and test execution across hardware, software, autonomy, systems engineering, test, manufacturing, flight operations, cybersecurity, and field/customer teams.
Drive timely resolution of technical, programmatic, and cross-team issues; facilitate trade studies, risk mitigations, recovery plans, and leadership decisions when needed.
Requirements
Bachelor’s degree in Aerospace Engineering
Bachelor’s degree in Mechanical Engineering
Bachelor’s degree in Electrical Engineering
Bachelor’s degree in Systems Engineering
Staff Functional Safety Engineer, Software
Rivian and Volkswagen Group Technologies · Posted Nov 9, 2026
Perform functional safety analysis of internally designed application and platform software, create safety requirements, and lead safe software architecture development for automotive software.
Responsibilities
Contribute to creation of technical safety requirements
Derive software safety requirements for application and/or platform software
Support implementation of software safety requirements at the application and/or platform software layer
Support/derive safety analysis using FTA, SW-FMEA
Lead the development of SW architecture for safety, including ASIL decomposition, freedom-from-interference analysis, dependent failure analysis
Requirements
Bachelor's or equivalent in Electrical Engineering, Software Engineering or Computer Science
Nice to have: model-based design using Simulink
Nice to have: experience with propulsion & dynamics systems
Nice to have: experience with body systems
Nice to have: understanding of infotainment functions
Lead cross-functional development of E/E architecture, traction inverter controls, electric motor control, high-voltage battery management integration, and thermal management strategies.
Drive software-defined vehicle initiatives including planned model year change readiness, diagnostics, and scalable software architectures.
Define system-level requirements, control strategies, software architecture, and interface specifications.
Lead the overall xEV E/E software and controls team efforts collaborating with Systems Engineering, Calibration, Integration, Validation, and platform teams.
Requirements
Accredited Bachelor's degree in Engineering or related field
Accredited Master's degree in Computer Science, Computer or Electrical Engineering
Nice to have: 5+ years experience in xEV vehicle design and launch
Nice to have: 7+ years cross-functional automotive or heavy truck product lifecycle experience
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