As an Electrical Engineer, you will design and develop vehicle electrical systems for autonomous battery-electric rail vehicles, focusing on power distribution, traction, braking, and safety-critical control logic. This role involves hands-on hardware bring-up, testing, and integration within a cross-functional team.
As a Senior Signal Integrity and EMC Engineer, you will lead the end-to-end strategy for vehicle-level signal integrity, RF/wireless performance, and EMC for autonomous vehicle systems. You will define requirements, perform simulations, collaborate with design teams, and develop validation plans.
As a Senior Engineer, Load Integration & Model Development, you will expand energy infrastructure and integrate large-load facilities into the electric grid. This role focuses on connecting and optimizing operations within the grid, requiring deep technical expertise in power systems and a proactive approach to problem-solving.
As a Senior Engineer for Load Interconnection & Model Development, you will expand energy infrastructure and integrate large-load facilities into the electric grid. This role focuses on connecting and optimizing operations within MISO and SPP RTOs, requiring deep technical expertise in power systems and proactive problem-solving.
Northwood is seeking a Head of Quality & Reliability to build and lead a world-class quality organization. This role is responsible for embedding quality and reliability into every stage of the product lifecycle, ensuring systems meet the highest standards of performance, safety, and mission success.
As a Connectivity Engineer, you will be a Subject Matter Expert in fiber optics and structured cabling, responsible for the full lifecycle of physical installation projects in data centers. This role involves project oversight, contractor management, rigorous QA/QC checks, and ensuring adherence to design standards and safety codes.
The Electrical Engineer will design and integrate electrical systems for industrial CT scanners, focusing on power and control electronics, test infrastructure, and embedded software. This hands-on role involves circuit design, PCB layout, and system integration.
The Hardware Systems Engineer will own hardware development for industrial CT scanners, spanning electrical architecture, MCU firmware, and system integration. This hands-on role involves prototyping, testing, and collaborating with engineering and product teams.
Avride is seeking a hands-on Robot Service Technician to support the deployment of autonomous delivery robots in Arlington, VA. This role involves assembly, maintenance, troubleshooting, repair, and field operation of the robots, working with mechanical and electrical systems.
This Senior Mechanical Test Engineer will design, test, and validate intelligent hardware systems, focusing on vibration, modal, structural, and environmental testing. The role involves building and deploying instrumented test systems, analyzing data, and collaborating with design teams to improve product performance.
As the founding Robotics Engineer, you will be responsible for bringing up and operating commercial robot platforms, integrating sensors and data pipelines, and running experiments to evaluate world models in the real world.
The Integrator Quality Manager will oversee end-to-end quality standards for fabrication, managing third-party quality representatives and ensuring compliance with engineering specifications and project schedules. This role involves developing quality manuals, conducting audits, and driving continuous improvement.
Lead the engineering, design, and optimization of large-scale power generation systems for AI superclusters. Own the technical strategy for reliable, high-capacity power infrastructure and manage a team of engineers.
Lead fuel system development and integration for the X-BAT vehicle, overseeing architecture, testing, and operational support. Manage engineers and technicians, ensuring technical execution and program alignment.
As a CAD Designer at xAI, you will support the design and development of data centers and AI infrastructure. You will create detailed technical drawings, models, and documentation for mechanical, electrical, and architectural systems, collaborating with engineering, construction, and facilities teams.
Lead a team of propulsion test engineers and technicians to develop and execute propulsion tests for the X-BAT vehicle. Oversee test infrastructure, engine testing, subsystem validation, and flight test support activities.
The Manager of Propulsion will lead the development of propulsion subsystems and components for the X-BAT vehicle, overseeing a multidisciplinary team of engineers and technicians. This role involves technical leadership, execution ownership, and cross-functional coordination for flight-critical hardware.
The Drilling Engineer, Exploration & Resource Automation will help build and implement automated drilling, sampling, QA/QC, and resource workflows. This role involves translating field workflows into software tools and optimizing drilling programs for critical mineral sourcing.
Lead a team of propulsion engineers and technicians in the development, integration, testing, and operation of engine and thrust vector control systems for the X-BAT vehicle. Drive technical execution, staffing, and schedule alignment while ensuring propulsion integration supports vehicle-level objectives.
As a Senior Reliability Engineer, you will lead efforts to ensure the long-term performance and durability of critical hardware systems, focusing on electromechanical components and sensors. You will apply Design for Reliability principles, develop test strategies, and drive failure analysis investigations.
As a Senior Commissioning Engineer, you will lead commissioning execution for assigned systems and scopes within Crusoe's data center projects. You will oversee test procedures, support documentation review, and serve as a go-to resource for field-level troubleshooting and issue resolution.
The Connectivity Engineer is a Subject Matter Expert in fiber optics, structured cabling, and data center physical infrastructure, responsible for the full lifecycle of physical installation projects, including coordinating LVC schedules, performing QA/QC checks, and ensuring adherence to design standards and safety codes.
As a Mechanical Engineer, you will lead the design of mechanical systems for next-generation wafer-scale engines, ensuring compliance, manufacturability, and high-quality product delivery in a fast-paced AI environment. You will develop mechanical infrastructure for custom hardware systems and collaborate with cross-functional teams.
As a Senior RF Systems Engineer, you will architect, define, and evaluate advanced RF communication systems for satellite and ground network products. This role involves translating mission needs into scalable RF architectures and hardware specifications, guiding products through the development lifecycle, and ensuring robust link performance and regulatory compliance.
Northwood is seeking a Manufacturing Engineer to develop scalable manufacturing processes, support hardware integration, and optimize cost, quality, and lead time for advanced satellite communications ground stations. This role involves hands-on production support and strategic planning.
Electrical Engineer owning full hardware lifecycle for next-gen robotic systems, from concept and PCB design through bring-up, validation, and deployment in compact electromechanical platforms.
Design electrical schematics and PCBs for automotive and autonomous vehicle compute hardware, working with SoCs, high-speed interfaces, and validation from concept to production. Requires 5+ years hardware design experience and proficiency with digital interfaces and lab tools.
Senior aerospace engineer leading flying qualities analysis, flight test planning, and aero model validation for autonomous aircraft. Requires 15+ years in stability & control and flight test expertise.
Serve as electrical SME for V-BAT Fleet Support, leading investigations and troubleshooting avionics, wiring, power, and integration issues across the fielded aircraft fleet.
Design mechanical structures, RF waveguide systems, tooling, and GSE for satellite ground station antennas. Requires 2-4+ years of hardware design experience and proficiency in Siemens NX and ANSYS.
Lead structural design and analysis for next-gen autonomous UAVs. Own CAD modeling, FEA, testing, and cross-functional integration from concept through production.
Design and develop structural components for next-generation autonomous UAVs from concept through production, working cross-functionally with aerodynamics, propulsion, and manufacturing teams. Requires 7+ years aircraft structural design experience and proficiency in CAD and aerospace structures.
Perform structural analysis and testing for advanced UAV airframes using FEA, hand calculations, and mechanical testing to ensure integrity, performance, and safety.
Design and release structural components for next-generation autonomous aircraft. Requires 2+ years aircraft structural design experience, CAD proficiency, and knowledge of composites, metallic structures, and GD&T.
Formula SAE builder role designing, building, and flying lightweight mechanical subsystems for solar-powered stratospheric aircraft. Requires hands-on hardware experience, grit, and willingness to own subsystems end-to-end from concept to flight.
Lead mechanical design, integration, and validation of commercial hydrogen electrolyzer systems. Own CAD, thermal/structural analysis, DFM/DFA, and cross-functional coordination with electrical and manufacturing teams.
Lead end-to-end hardware test engineering for sleep fitness products: build prototypes, develop automated test systems and GUIs in Python/C#, run validation experiments, and debug to the PCB level.
Player-coach Manufacturing Engineering Manager leading two concurrent NPI programs for consumer electronics. Hands-on process development, fixture design, and factory execution while mentoring a small team.
Lead industrial design for hardware products used by autonomous systems engineers. Create concepts, physical prototypes, and production-ready designs with strong focus on human factors and technical constraints.
Design and develop complex electro-mechanical mechanisms for autonomous UAV launch and recovery systems, including CAD, structural analysis, prototyping, and testing. Requires 5+ years of mechanical design experience and a BS in Mechanical or Aerospace Engineering.
Design and develop complex structural and mechanical systems for autonomous UAV launch and recovery vehicles, owning the full design process from concept through production. Requires 7+ years of mechanism design experience, strong NX CAD and FEA skills, and a BS in Mechanical or Aerospace Engineering.
Mechanical Engineer responsible for designing and developing complex hydraulic fluid systems for autonomous aircraft UAVs. Requires 2+ years of experience in mechanical design with a focus on fluid systems, strong CAD skills, and expertise in structural analysis and FEA.
Lead manufacturing process development and production line setup for next-gen jet programs. Own tooling selection, work instructions, kaizen initiatives, and cross-functional execution in a fast-paced aerospace environment.
Design, build, and operate mechanical test systems for AI aircraft and UAVs. Hands-on role validating structural integrity using hydraulics, sensors, Python automation, FEA, and NX CAD.
Design and analyze thermal management systems for autonomous aircraft launch and recovery components. Own CFD modeling, testing, and cross-functional integration in a fast-paced defense startup.
Design and develop complex mechanical structures and mechanisms for autonomous UAV launch and recovery systems. Requires BS in Mechanical/Aerospace Engineering, 2+ years mechanism design experience, strong CAD (NX preferred), structural analysis, and GD&T skills.
Lead reliability strategy and testing for hardware products from NPI through field performance. Drive risk mitigation, statistical analysis, and cross-functional alignment to ensure predictable launches and sustained product quality.
Lead mechanical design and spatial integration of support structures, LRU installations, and routing for EWIS, hydraulic, ECS, fuel, and mechanical systems in aerospace platforms. Requires strong CAD skills, aerospace integration experience, and cross-functional coordination.
Lead and scale a mechanical engineering team developing precision hardware platforms and automation nodes for a micromanufacturing system. Own architecture, design, prototyping through production, and cross-functional coordination.
Drive wireless system architecture, cellular hardware integration, and RF performance optimization for autonomous drone products. Lead cross-functional efforts from concept through certification and production ramp.
As an Electrical Engineer, you will design and develop vehicle electrical systems for autonomous battery-electric rail vehicles, focusing on power distribution, traction, braking, and safety-critical control logic. This role involves hands-on hardware bring-up, testing, and integration within a cross-functional team.
As a Senior Signal Integrity and EMC Engineer, you will lead the end-to-end strategy for vehicle-level signal integrity, RF/wireless performance, and EMC for autonomous vehicle systems. You will define requirements, perform simulations, collaborate with design teams, and develop validation plans.
As a Senior Engineer, Load Integration & Model Development, you will expand energy infrastructure and integrate large-load facilities into the electric grid. This role focuses on connecting and optimizing operations within the grid, requiring deep technical expertise in power systems and a proactive approach to problem-solving.
As a Senior Engineer for Load Interconnection & Model Development, you will expand energy infrastructure and integrate large-load facilities into the electric grid. This role focuses on connecting and optimizing operations within MISO and SPP RTOs, requiring deep technical expertise in power systems and proactive problem-solving.
Northwood is seeking a Head of Quality & Reliability to build and lead a world-class quality organization. This role is responsible for embedding quality and reliability into every stage of the product lifecycle, ensuring systems meet the highest standards of performance, safety, and mission success.
As a Connectivity Engineer, you will be a Subject Matter Expert in fiber optics and structured cabling, responsible for the full lifecycle of physical installation projects in data centers. This role involves project oversight, contractor management, rigorous QA/QC checks, and ensuring adherence to design standards and safety codes.
The Electrical Engineer will design and integrate electrical systems for industrial CT scanners, focusing on power and control electronics, test infrastructure, and embedded software. This hands-on role involves circuit design, PCB layout, and system integration.
The Hardware Systems Engineer will own hardware development for industrial CT scanners, spanning electrical architecture, MCU firmware, and system integration. This hands-on role involves prototyping, testing, and collaborating with engineering and product teams.
Avride is seeking a hands-on Robot Service Technician to support the deployment of autonomous delivery robots in Arlington, VA. This role involves assembly, maintenance, troubleshooting, repair, and field operation of the robots, working with mechanical and electrical systems.
This Senior Mechanical Test Engineer will design, test, and validate intelligent hardware systems, focusing on vibration, modal, structural, and environmental testing. The role involves building and deploying instrumented test systems, analyzing data, and collaborating with design teams to improve product performance.
As the founding Robotics Engineer, you will be responsible for bringing up and operating commercial robot platforms, integrating sensors and data pipelines, and running experiments to evaluate world models in the real world.
The Integrator Quality Manager will oversee end-to-end quality standards for fabrication, managing third-party quality representatives and ensuring compliance with engineering specifications and project schedules. This role involves developing quality manuals, conducting audits, and driving continuous improvement.
Lead the engineering, design, and optimization of large-scale power generation systems for AI superclusters. Own the technical strategy for reliable, high-capacity power infrastructure and manage a team of engineers.
Lead fuel system development and integration for the X-BAT vehicle, overseeing architecture, testing, and operational support. Manage engineers and technicians, ensuring technical execution and program alignment.
As a CAD Designer at xAI, you will support the design and development of data centers and AI infrastructure. You will create detailed technical drawings, models, and documentation for mechanical, electrical, and architectural systems, collaborating with engineering, construction, and facilities teams.
Lead a team of propulsion test engineers and technicians to develop and execute propulsion tests for the X-BAT vehicle. Oversee test infrastructure, engine testing, subsystem validation, and flight test support activities.
The Manager of Propulsion will lead the development of propulsion subsystems and components for the X-BAT vehicle, overseeing a multidisciplinary team of engineers and technicians. This role involves technical leadership, execution ownership, and cross-functional coordination for flight-critical hardware.
The Drilling Engineer, Exploration & Resource Automation will help build and implement automated drilling, sampling, QA/QC, and resource workflows. This role involves translating field workflows into software tools and optimizing drilling programs for critical mineral sourcing.
Lead a team of propulsion engineers and technicians in the development, integration, testing, and operation of engine and thrust vector control systems for the X-BAT vehicle. Drive technical execution, staffing, and schedule alignment while ensuring propulsion integration supports vehicle-level objectives.
As a Senior Reliability Engineer, you will lead efforts to ensure the long-term performance and durability of critical hardware systems, focusing on electromechanical components and sensors. You will apply Design for Reliability principles, develop test strategies, and drive failure analysis investigations.
As a Senior Commissioning Engineer, you will lead commissioning execution for assigned systems and scopes within Crusoe's data center projects. You will oversee test procedures, support documentation review, and serve as a go-to resource for field-level troubleshooting and issue resolution.
The Connectivity Engineer is a Subject Matter Expert in fiber optics, structured cabling, and data center physical infrastructure, responsible for the full lifecycle of physical installation projects, including coordinating LVC schedules, performing QA/QC checks, and ensuring adherence to design standards and safety codes.
As a Mechanical Engineer, you will lead the design of mechanical systems for next-generation wafer-scale engines, ensuring compliance, manufacturability, and high-quality product delivery in a fast-paced AI environment. You will develop mechanical infrastructure for custom hardware systems and collaborate with cross-functional teams.
As a Senior RF Systems Engineer, you will architect, define, and evaluate advanced RF communication systems for satellite and ground network products. This role involves translating mission needs into scalable RF architectures and hardware specifications, guiding products through the development lifecycle, and ensuring robust link performance and regulatory compliance.
Northwood is seeking a Manufacturing Engineer to develop scalable manufacturing processes, support hardware integration, and optimize cost, quality, and lead time for advanced satellite communications ground stations. This role involves hands-on production support and strategic planning.
Electrical Engineer owning full hardware lifecycle for next-gen robotic systems, from concept and PCB design through bring-up, validation, and deployment in compact electromechanical platforms.
Design electrical schematics and PCBs for automotive and autonomous vehicle compute hardware, working with SoCs, high-speed interfaces, and validation from concept to production. Requires 5+ years hardware design experience and proficiency with digital interfaces and lab tools.
Senior aerospace engineer leading flying qualities analysis, flight test planning, and aero model validation for autonomous aircraft. Requires 15+ years in stability & control and flight test expertise.
Serve as electrical SME for V-BAT Fleet Support, leading investigations and troubleshooting avionics, wiring, power, and integration issues across the fielded aircraft fleet.
Design mechanical structures, RF waveguide systems, tooling, and GSE for satellite ground station antennas. Requires 2-4+ years of hardware design experience and proficiency in Siemens NX and ANSYS.
Lead structural design and analysis for next-gen autonomous UAVs. Own CAD modeling, FEA, testing, and cross-functional integration from concept through production.
Design and develop structural components for next-generation autonomous UAVs from concept through production, working cross-functionally with aerodynamics, propulsion, and manufacturing teams. Requires 7+ years aircraft structural design experience and proficiency in CAD and aerospace structures.
Perform structural analysis and testing for advanced UAV airframes using FEA, hand calculations, and mechanical testing to ensure integrity, performance, and safety.
Design and release structural components for next-generation autonomous aircraft. Requires 2+ years aircraft structural design experience, CAD proficiency, and knowledge of composites, metallic structures, and GD&T.
Formula SAE builder role designing, building, and flying lightweight mechanical subsystems for solar-powered stratospheric aircraft. Requires hands-on hardware experience, grit, and willingness to own subsystems end-to-end from concept to flight.
Lead mechanical design, integration, and validation of commercial hydrogen electrolyzer systems. Own CAD, thermal/structural analysis, DFM/DFA, and cross-functional coordination with electrical and manufacturing teams.
Lead end-to-end hardware test engineering for sleep fitness products: build prototypes, develop automated test systems and GUIs in Python/C#, run validation experiments, and debug to the PCB level.
Player-coach Manufacturing Engineering Manager leading two concurrent NPI programs for consumer electronics. Hands-on process development, fixture design, and factory execution while mentoring a small team.
Lead industrial design for hardware products used by autonomous systems engineers. Create concepts, physical prototypes, and production-ready designs with strong focus on human factors and technical constraints.
Design and develop complex electro-mechanical mechanisms for autonomous UAV launch and recovery systems, including CAD, structural analysis, prototyping, and testing. Requires 5+ years of mechanical design experience and a BS in Mechanical or Aerospace Engineering.
Design and develop complex structural and mechanical systems for autonomous UAV launch and recovery vehicles, owning the full design process from concept through production. Requires 7+ years of mechanism design experience, strong NX CAD and FEA skills, and a BS in Mechanical or Aerospace Engineering.
Mechanical Engineer responsible for designing and developing complex hydraulic fluid systems for autonomous aircraft UAVs. Requires 2+ years of experience in mechanical design with a focus on fluid systems, strong CAD skills, and expertise in structural analysis and FEA.
Lead manufacturing process development and production line setup for next-gen jet programs. Own tooling selection, work instructions, kaizen initiatives, and cross-functional execution in a fast-paced aerospace environment.
Design, build, and operate mechanical test systems for AI aircraft and UAVs. Hands-on role validating structural integrity using hydraulics, sensors, Python automation, FEA, and NX CAD.
Design and analyze thermal management systems for autonomous aircraft launch and recovery components. Own CFD modeling, testing, and cross-functional integration in a fast-paced defense startup.
Design and develop complex mechanical structures and mechanisms for autonomous UAV launch and recovery systems. Requires BS in Mechanical/Aerospace Engineering, 2+ years mechanism design experience, strong CAD (NX preferred), structural analysis, and GD&T skills.
Lead reliability strategy and testing for hardware products from NPI through field performance. Drive risk mitigation, statistical analysis, and cross-functional alignment to ensure predictable launches and sustained product quality.
Lead mechanical design and spatial integration of support structures, LRU installations, and routing for EWIS, hydraulic, ECS, fuel, and mechanical systems in aerospace platforms. Requires strong CAD skills, aerospace integration experience, and cross-functional coordination.
Lead and scale a mechanical engineering team developing precision hardware platforms and automation nodes for a micromanufacturing system. Own architecture, design, prototyping through production, and cross-functional coordination.
Drive wireless system architecture, cellular hardware integration, and RF performance optimization for autonomous drone products. Lead cross-functional efforts from concept through certification and production ramp.