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Location: Canada, Vancouver, BC Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE As a Senior Test and Validation Engineer at Humanoid, you will be responsible for bringing new hardware subsystems into a functional, controllable, measurable, and integration-ready state, including calibration, tuning, characterization, and modeling across actuators, hand/gripper mechanisms, and integrated robotic assemblies. You will work closely with mechanical design, firmware, controls, manufacturing, and system integration teams to diagnose unstable behavior, define the right parameters and models, and accelerate hardware maturity for upstream controller and software development. WHAT YOU’LL DO - Design, plan, and execute test procedures for actuators, mechanisms, grippers, and robotic hands. - Build and maintain test fixtures and test rigs for dynamic and endurance testing. - Tune and calibrate sensors like encoder and control loops in the driver, including current, velocity, and position control, and verify stability conditions. - Develop subsystem characterization methods and identify key parameters such as torque constant profile, friction, inertia, backlash, stiffness, thermal behavior, and efficiency. - Design, plan, and execute test procedures for actuators, mechanisms, grippers, and robotic hands. - Build and maintain test fixtures and test rigs for dynamic and endurance testing. - Develop automated test systems (hardware + software) to validate motor performance, force output, back drivability, and safety limits. - Conduct lifecycle, stress, thermal, and environmental tests on components and subsystems. - Analyze test results, create test reports, and drive design feedback loops with engineering teams. - Collaborate with design engineers to define testable requirements, tolerances, and performance metrics. - Support incoming QC, assembly-level verification, and field failure diagnostics. - Maintain test documentation, protocols, and results databases. - Work closely with control and firmware teams to evaluate actuator behavior in closed-loop scenarios. WE’RE LOOKING FOR - Master’s or PhD degree in Mechanical, Mechatronics, Electrical Engineering, Robotics, or a related field. - 5+ years of experience with robotic hardware, controls, actuator characterization, system commissioning. - Hands-on experience with motors, actuators, encoders, force/torque sensors, and hardware instrumentation. - Strong troubleshooting ability and comfort working through ambiguous or unstable hardware problems. - Experience with calibration, parameter identification, modeling, and mathematical optimization. - Proficient with tools such as Python (preferred), MATLAB, or C++ for data capture, analysis, and model fitting using OOP(Object Oriented Programming). - Comfortable with mechanical tools, instrumentation, and prototyping in lab environments. - Strong understanding of safety testing, failure modes (FMEA), and reliability analysis. - Excellent documentation, communication, and cross-functional collaboration skills. - Familiarity with data acquisition systems (DAQ) and tools such as LabVIEW, Python, or MATLAB. BONUS QUALIFICATIONS - Experience with strain-wave gear, planetary gear, or custom robotic actuators. - Experience with robotic hands, grippers, underactuated mechanisms, or tendon-driven systems. - Experience with and complete understanding of commercial BLDC drivers. - Familiarity with low-level control development, parameter identification, or dynamic modeling for electromechanical systems. - Knowledge of EtherCAT, EtherNET, or related motion control DS402. - Experience supporting integrated arm or leg bring-up on larger robotic platforms. WHAT WE OFFER - Comprehensive extended health benefits starting on your first day, including fully paid medical and dental, virtual care, employee and family assistance, and worldwide emergency medical support. - Meaningful time off to rest and recharge: 23 days of annual leave (accrued), 15 days of paid sick leave, and paid company holidays. - Paid end-of-year shutdown: annual company-wide holiday closure spanning Christmas through New Year’s Day. - Competitive equity: stock options with meaningful upside as we scale. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives.

Location: Canada, Vancouver, BC Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE As a Senior General Mechanical Design Engineer at Humanoid, you will own the design and development of key mechanical subsystems, including robotic joints, structural assemblies, and dynamic mechanisms that enable humanoid mobility and manipulation. This role requires strong fundamentals in mechanical design, system integration, and GD&T (ASME Y14.5), as well as a passion for building complex hardware systems. You will collaborate closely with robotics, controls, electrical, and software teams to rapidly prototype, test, and deploy robotic hardware. Your work will directly influence the performance, reliability, and scalability of our humanoid robots.   WHAT YOU’LL DO - Design and develop mechanical systems for humanoid robots, including structural components, joints, and robotic linkages - Create 3D CAD models and production drawings using SolidWorks / NX, applying GD&T (ASME Y14.5) to ensure precision and manufacturability - Design robotic mechanisms and linkages optimized for strength, weight, efficiency, and durability - Select materials and manufacturing methods that balance performance, weight, cost, and scalability - Lead rapid prototyping and iteration, using tools such as 3D printing, CNC machining, and rapid fabrication - Design components for high volume production, designing for processes like casting, injection moulding, and sheet metal - Work closely with electrical, controls, and software engineers to integrate motors, sensors, and embedded systems into robotic platforms - Conduct mechanical testing and validation to verify performance, durability, and system reliability - Perform design reviews, risk assessments, and safety analysis to ensure robust robotic systems - Generate and maintain technical documentation, including engineering drawings, specifications, and bill of materials (BOM) - Own mechanical subsystems from concept through prototyping, testing, and deployment. WE’RE LOOKING FOR - 5+ years of professional experience in mechanical design for robotics, electromechanical systems, or complex hardware products - Bachelor’s or Master’s degree in Mechanical Engineering, Robotics, Mechatronics, or a related field - Strong fundamentals in mechanics, statics, dynamics, thermals, and material science - Proficiency with SolidWorks, NX or similar CAD tools - Experience applying GD&T based on ASME Y14.5 - Experience designing precision mechanical assemblies or mechanisms - Familiarity with manufacturing processes such as CNC machining, additive manufacturing, and injection molding - Hands-on experience building, assembling, and testing mechanical prototypes - Strong analytical and problem-solving skills - Ability to work effectively in a fast-paced, multidisciplinary engineering environment.   BONUS QUALIFICATIONS - Experience developing robotic or mechatronic systems - Experience working on humanoid, legged, or mobile robots - Experience performing FEA or structural simulations - Experience with design of cooling systems and optimizing thermal performance - Experience designing lightweight structural systems - Familiarity with robotic safety standards such as ISO 10218 - Familiarity with robotic actuators, gear trains, and transmission systems - Experience in robotics, aerospace, automotive, or advanced hardware startups.   WHAT WE OFFER - Comprehensive extended health benefits starting on your first day, including fully paid medical and dental, virtual care, employee and family assistance, and worldwide emergency medical support. - Meaningful time off to rest and recharge: 23 days of annual leave (accrued), 15 days of paid sick leave, and paid company holidays. - Paid end-of-year shutdown: annual company-wide holiday closure spanning Christmas through New Year’s Day. - Competitive equity: stock options with meaningful upside as we scale. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives.   For this role in Vancouver, the expected base salary range is $110,000 – $150,000 CAD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: Canada, Vancouver, BC Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE As a Senior Actuator Mechanical Design Engineer at Humanoid, you will own the design and development of robotic actuators to be integrated in robotic joints and dynamic mechanisms that enable humanoid mobility and manipulation. This role requires strong fundamentals in mechanical design, system integration, and GD&T (ASME Y14.5), as well as a passion for building complex hardware systems. You will collaborate closely with robotics, controls, electrical, and software teams to rapidly prototype, test, and deploy robotic actuators. Your work will directly influence the performance, reliability, and scalability of our humanoid robots. WHAT YOU’LL DO - Size and design torque dense actuators for humanoid robots, being responsible for specification and integration of key components including motors, bearings, encoders, and drives - Select appropriate reduction methods and develop innovative strain wave and planetary gearbox designs - Create 3D CAD models and production drawings using SolidWorks / NX, applying GD&T (ASME Y14.5) to ensure precision and manufacturability - Select materials and manufacturing methods that balance performance, weight, cost, and scalability - Lead rapid prototyping and iteration, using tools such as 3D printing, CNC machining, and rapid fabrication - Design components for high volume production, designing for processes like casting, injection moulding, and extrusion - Work closely with mechanical, electrical, controls, and software engineers to integrate actuators and sensors into robotic platforms - Conduct mechanical testing and validation to verify performance, durability, and system reliability - Perform design reviews, risk assessments, and safety analysis to ensure robust robotic systems - Generate and maintain technical documentation, including engineering drawings, specifications, and bill of materials (BOM) - Own mechanical subsystems from concept through prototyping, testing, and deployment. WE’RE LOOKING FOR - 7+ years of professional experience in mechanical design for robotics, electromechanical systems, or complex hardware products - 3+ years of professional experience designing planetary, cycloidal, or strain wave actuators - Bachelor’s or Master’s degree in Mechanical Engineering, Robotics, Mechatronics, or a related field - Strong fundamentals in mechanics, statics, dynamics, and material science - Proficiency with SolidWorks, NX, or similar CAD tools - Experience applying GD&T based on ASME Y14.5 - Experience designing precision mechanical assemblies or mechanisms - Familiarity with manufacturing processes such as CNC machining, additive manufacturing, and injection molding - Hands-on experience building, assembling, and testing mechanical prototypes - Strong analytical and problem-solving skills - Ability to work effectively in a fast-paced, multidisciplinary engineering environment.   BONUS QUALIFICATIONS - Experience using KISSsoft or RoMax to develop gearboxes - Experience designing ball screw, lead screw, or roller screw actuators - Experience working on humanoid, legged, or mobile robots - Experience performing FEA or structural simulations - Experience in the testing or thermal modelling of electric motors or gearboxes - Experience in robotics, aerospace, automotive, or advanced hardware startups   WHAT WE OFFER - Comprehensive extended health benefits starting on your first day, including fully paid medical and dental, virtual care, employee and family assistance, and worldwide emergency medical support. - Meaningful time off to rest and recharge: 23 days of annual leave (accrued), 15 days of paid sick leave, and paid company holidays. - Paid end-of-year shutdown: annual company-wide holiday closure spanning Christmas through New Year’s Day. - Competitive equity: stock options with meaningful upside as we scale. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives. For this role in Vancouver, the expected base salary range is $120,000 – $170,000 CAD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: Canada, Vancouver, BC Workplace: OnSite Here at Humanoid, we believe in a future where robots amplify human potential. That’s why we’ve set out on a mission to build the world’s most capable, commercially-scalable, and safe humanoid robots. We’re bringing that mission to life with HMND‑01 - our rapidly developed humanoid platform being deployed in real industrial environments - and we’re growing the team to take it even further. ABOUT THE ROLE We are looking for an Firmware and Embedded Software Engineer to design and develop the real-time software systems that control our humanoid robots. You will own the development of embedded software for critical robotic subsystems, including motion control, sensor interfaces, communication networks, and hardware abstraction layers that enable reliable and safe robotic operation. This role requires strong fundamentals in embedded programming, distributed hard real-time systems, and hardware-software integration, along with experience building robust software for complex electromechanical systems. You will collaborate closely with mechanical, electrical, and robotics engineers to rapidly prototype, test, and deploy embedded software that powers our robotic platforms. Your work will directly influence the performance, reliability, and responsiveness of Humanoid’s robots.   WHAT MAKES THIS ROLE EXCITING - Design and develop embedded systems that control humanoid robots in real time safely - Solve challenging problems in low-latency motion control, distributed embedded networks, and high-reliability robotic systems with various communication protocols - Work in a fast-moving hardware environment where software directly interacts with physical machines - Collaborate with a multidisciplinary robotics team spanning mechanical, electrical, controls, and AI - See your code deployed in real robots operating in real-world environments. WHAT YOU’LL DO - Develop and implement embedded software for robotic systems, emphasizing hard real-time performance and reliability as well as safety - Integrate and optimize hardware and software components, including sensors, actuators, and communication modules - Analyze and make recommendations on implementation paths with trade-offs - Write and debug firmware for microcontrollers, FPGAs, ASICs, and SoCs - Implement and manage communication protocols such as EtherCAT, CAN, UART, SPI, and I2C - Collaborate closely with mechanical and electrical engineers to ensure seamless system integration - Perform hardware testing, validation, and troubleshooting of embedded systems - Analyze system constraints and resource limitations to optimize performance and efficiency - Develop low-level drivers and interfaces for sensors, motors, and control electronics - Maintain clear documentation of system architecture, code, and test results for traceability and maintainability - Own embedded software components from concept through testing and deployment. WE’RE LOOKING FOR - 5+ years of professional experience developing embedded software or firmware for robotics, embedded systems, or real-time hardware platforms - Bachelor’s or Master’s degree in Electrical Engineering, Computer Science, Robotics, or a related field - Strong proficiency in C and C++, with experience using Python for testing or tooling - Solid understanding of embedded systems architecture and hardware-software interfaces - Experience with real-time operating systems (RTOS) - Experience working with communication protocols such as EtherNet, EtherCAT, CAN, SPI, UART, or I2C - Experience integrating sensors, actuators, and motor control systems - Familiarity with debugging tools such as oscilloscopes, logic analyzers, and in-circuit debuggers - Strong analytical and problem-solving skills - Ability to work effectively in a fast-paced multidisciplinary engineering environment. BONUS QUALIFICATIONS - Experience working with robotics frameworks such as ROS or ROS2 - Hands-on experience with FPGA or SoC development - Experience developing distributed robotic control systems - Familiarity with agile development methodologies - Experience with EtherCAT-based motor drivers and real-time control networks - Experience developing safety-critical or high-reliability embedded systems.   WHAT WE OFFER - Comprehensive extended health benefits starting on your first day, including fully paid medical and dental, virtual care, employee and family assistance, and worldwide emergency medical support. - Meaningful time off to rest and recharge: 23 days of annual leave (accrued), 15 days of paid sick leave, and paid company holidays. - Paid end-of-year shutdown: annual company-wide holiday closure spanning Christmas through New Year’s Day. - Competitive equity: stock options with meaningful upside as we scale. - Free daily catered lunch, snacks, and drinks in‑office. - Collaboration with top‑tier engineers, researchers, and product experts in AI and robotics. - Freedom to influence the product and own key initiatives. For this role in Vancouver, the expected base salary range is $140,000 – $180,000 CAD per year; your placement in that range depends on how your experience maps to our internal leveling.

Location: Sainte-Anne-de-Bellevue, Canada 📍 Location: Sainte-Anne-de-Bellevue, QC, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens and relocation assistance and bonus for UK and European citizens. 🚀 Start Date: TBD 💰 Compensation: TBD — based on skills and experience Important Screening Requirements Must have a B.Sc. in Electrical Engineering, Aerospace Engineering, Physics, or a related field . 10+ years of experience preferred , but candidates with slightly less experience may be considered based on the strength and relevance of their GNC/AOCS background Strong experience in orbital mechanics, attitude dynamics, and control-law design . Experience implementing real-time filtering and control algorithms in embedded code . Hands-on experience with navigation sensors and actuators . Strong aerospace systems engineering background. Experience supporting systems integration, testing, and troubleshooting . Experience with Confluence and JIRA . Ability to work independently with limited supervision. Excellent written and verbal communication skills in an English and French work environment . About the Role We are seeking a senior Guidance, Navigation & Control (GNC) Systems Engineer to support the design, integration, verification, and operational support of GNC subsystems for current and next-generation remote sensing and communications satellites . This role spans the complete GNC subsystem lifecycle—from algorithm development and hardware implementation through integration, verification, and on-orbit operational support. The ideal candidate brings deep expertise in orbital dynamics, attitude determination and control, navigation, and real-time flight software integration , while being comfortable working closely with subsystem and mission operations teams throughout the spacecraft lifecycle. What We're Looking For We’re looking for a senior GNC/AOCS systems engineer who can work across the full spacecraft lifecycle and bridge GNC algorithms, spacecraft hardware, flight software, systems engineering, integration, verification, and mission operations. The ideal candidate goes beyond analysis and simulation, with hands-on experience translating GNC concepts into integrated spacecraft systems and supporting those systems through testing and on-orbit operations. Key Responsibilities Architecture & Requirements Derive GNC functional, performance, and safety requirements from mission-level requirements. Define requirements related to pointing accuracy, slew rates, orbit-maintenance ΔV, and fault tolerance. Develop and maintain System Requirements, Interface Control Documents (ICDs), and system description documentation . Manage requirements and maintain bidirectional traceability throughout the project lifecycle. Modeling & Trade Studies Conduct trade studies involving navigation sensor suites and actuator families. Perform high-fidelity spacecraft dynamics simulations using MATLAB/Simulink and STK . Develop and maintain error budgets. Analyze control-law stability, fuel consumption, and survivability margins. Evaluate GNC architectures and design alternatives. Algorithm Development Design and implement attitude-determination algorithms. Develop orbit-determination solutions. Develop control laws for: 3-axis stabilization Slew maneuvers Station keeping Validate algorithms using Monte Carlo analysis and worst-case scenarios . Support Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) testing on avionics test benches. Cross-Functional & Systems Engineering Translate GNC algorithms into requirements for real-time flight software. Collaborate with C&DH and flight software teams on telemetry/telecommand, schedulers, and FDIR logic. Present technical status, risk analyses, and trade-study results to senior management. Negotiate and maintain ICDs with other spacecraft subsystems. Support Phase 0 and pre-Phase A activities. Hardware Selection & Design Specify GNC sensor and actuator hardware. Define electrical, mechanical, and thermal interfaces. Conduct trade studies involving redundancy architectures. Work with structures and thermal engineering teams to ensure appropriate mounting, thermal paths, and vibration survivability. Review harness routing and power distribution for GNC electronics. Integration & Verification Develop Verification Plans, Test Matrices, and Validation Procedures for unit, subsystem, and spacecraft-level GNC testing. Lead functional testing, including: Sensor calibration Actuator command-response testing Closed-loop attitude-control testing On-orbit checkout sequences Conduct FMEA, FTA, and reliability assessments . Support system integration and troubleshooting activities. Technical Leadership & Documentation Mentor and guide junior engineers and interns. Serve as a technical liaison with customers, partners, and external vendors. Contribute to continuous improvement initiatives, engineering standards, and organizational knowledge bases. Support technology road-mapping and innovation activities. Maintain GNC standards covering sensor/actuator interfaces, filter design, and control-law documentation. Ensure analyses, software, deliverables, and technical documentation are properly version controlled. Support major design reviews including SRR, PDR, CDR, MRR, and TRR . On-Orbit & Operations Support Support operational procedures for detumble, orbit maintenance, safe mode , and related GNC activities. Provide real-time GNC support during launch, early-orbit checkout, and contingency events . Analyze on-orbit telemetry and update filter parameters as required. Generate GNC performance reports. Support Satellite Operations Handbook (SOOH) development and operator training. Required Qualifications Bachelor’s degree in Electrical Engineering, Aerospace Engineering, Physics, or a related field . 10+ years of experience, but candidates with slightly less experience may be considered based on the strength and relevance of their GNC/AOCS background Strong knowledge of: Orbital mechanics Attitude dynamics Control-law design Classical and modern optimal control Experience with navigation sensors and actuators. Experience implementing real-time filtering and control algorithms in embedded code. Strong understanding of aerospace systems engineering fundamentals. Hands-on experience supporting systems integration, testing, and problem resolution. Experience with Confluence and JIRA . Ability to work efficiently with limited supervision. Strong analytical and problem-solving capabilities. Excellent written and verbal communication skills. Preferred Qualifications Master’s degree in Electrical Engineering, Aerospace Engineering, Physics, or a related field. Specialized academic or professional background in flight dynamics, control theory, or navigation . Experience across the complete spacecraft GNC lifecycle, from concept and algorithm development through integration and on-orbit operations. Experience with MATLAB/Simulink and STK . Experience with SIL/HIL testing and avionics test benches . Experience with spacecraft FDIR, telemetry/telecommand, and flight software integration . Experience supporting spacecraft design reviews and Phase 0/pre-Phase A activities. Experience with GNC hardware interfaces, redundancy architectures, and spacecraft environmental considerations. Experience conducting FMEA, FTA, and reliability analysis .

Location: Boston, MA Workplace: OnSite At WHOOP, we're on a mission to unlock and inspire performance for life. WHOOP empowers members to perform at a higher level through a deeper understanding of their bodies and daily lives. WHOOP is seeking an NPI Quality Engineer II, Hardware to support Product Quality activities for hardware development programs from concept through launch. As a member of the Product Quality organization, you will partner closely with Hardware Engineering, Manufacturing Engineering, Supplier Quality, Reliability, Operations, and global manufacturing partners to help ensure products are designed, validated, and launched with exceptional quality. You will support quality planning, design and manufacturing risk management, validation, and launch-readiness activities while developing technical expertise in Product and NPI Quality. RESPONSIBILITIES: - Support Product Quality activities for assigned hardware development programs, components, or subsystems throughout development, validation, manufacturing readiness, and product launch. - Partner with Product Management and Systems Engineering to help translate Voice of Customer requirements into measurable product and engineering requirements. - Work cross-functionally with Hardware Engineering, Manufacturing Engineering, Supplier Quality, Field Quality, Reliability, Test Engineering, Operations, and manufacturing partners to identify potential failure modes and quality risks early in product development and track them through resolution. - Support and facilitate quality planning activities including DFMEA, CTQ definition, reliability planning, validation and verification, process capability, measurement system analysis, and launch-readiness reviews. - Analyze engineering and manufacturing data to identify product and process risks and support data-driven decision making. - Partner with Supplier Quality to support supplier and contract-manufacturer quality activities, including engineering drawing reviews, design-file reviews, control plans, inspection strategies, and process capability assessments. - Apply structured problem-solving methodologies to investigate product and manufacturing failures, support root-cause analysis, and drive corrective and preventive actions. - Support engineering builds and NPI activities, including identification, documentation, prioritization, and closure of quality issues. - Monitor product and process quality metrics and communicate significant trends, risks, and issues to the Product Quality team and cross-functional stakeholders. - Participate in cross-functional program and technical reviews, providing objective quality data and supporting risk and launch-readiness assessments. - Document lessons learned and help ensure relevant findings from development, validation, manufacturing, and field performance are incorporated into future product-development activities. - Contribute to the continuous improvement of Product Quality processes, tools, templates, and standards. - Willing and able to travel up to 15% internationally to partners, suppliers, and contract manufacturers. QUALIFICATIONS: - Bachelor's degree in Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, Industrial Engineering, Quality Engineering, or a related technical discipline. - 3–5+ years of experience in Product Quality, NPI Quality, Manufacturing Quality, Product Engineering, or related engineering roles supporting consumer electronics, wearables, medical devices, or similarly complex hardware. - Experience supporting hardware products through one or more phases of product development, validation, manufacturing readiness, and/or launch. - Working knowledge of quality methodologies including DFMEA, PFMEA, CTQ, DOE, SPC, MSA, GR&R, root-cause analysis, CAPA/8D, and statistical quality methods. - Experience analyzing engineering and manufacturing data and applying structured problem-solving techniques. - Experience working with suppliers or manufacturing partners, preferably in a high-volume manufacturing environment. - Strong analytical and problem-solving skills with the ability to use objective data to identify and communicate product and manufacturing risks. - Effective written and verbal communication skills with the ability to collaborate across engineering and operations teams. - Ability to operate effectively in a fast-paced, collaborative environment while managing assigned priorities and deliverables. - Strong commitment to embracing and leveraging AI tools in day-to-day tasks, ensuring AI-assisted work aligns with the same high-quality standards as personal contributions. This role is based in the WHOOP office located in Boston, MA. The successful candidate must be prepared to relocate if necessary to work out of the Boston, MA office.   Interested in the role, but don’t meet every qualification? We encourage you to still apply! At WHOOP, we believe there is much more to a candidate than what is written on paper, and we value character as much as experience. As we continue to build a diverse and inclusive environment, we encourage anyone who is interested in this role to apply.   WHOOP is an Equal Opportunity Employer and participates in E-verify https://www.e-verify.gov/ to determine employment eligibility. It is unlawful in Massachusetts to require or administer a lie detector test as a condition of employment or continued employment. An employer who violates this law shall be subject to criminal penalties and civil liability.   The WHOOP compensation philosophy is designed to attract, motivate, and retain exceptional talent by offering competitive base salaries, meaningful equity, and consistent pay practices that reflect our mission and core values.   At WHOOP, we view total compensation as the combination of base salary, equity, and benefits, with equity serving as a key differentiator that aligns our employees with the long-term success of the company and allows every member of our corporate team to own part of WHOOP and share in the company’s long-term growth and success.   The U.S. base salary range for this full-time position is $120,000 - $160,000. Salary ranges are determined by role, level, and location. Within each range, individual pay is based on factors such as job-related skills, experience, performance, and relevant education or training.   In addition to the base salary, the successful candidate will also receive benefits and a generous equity package.   These ranges may be modified in the future to reflect evolving market conditions and organizational needs. While most offers will typically fall toward the starting point of the range, total compensation will depend on the candidate’s specific qualifications, expertise, and alignment with the role’s requirements.

Location: Montreal, Canada 📍 Location: Montreal, Quebec, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: TBD 🚀 Start Date: TBD 💰 Compensation: TBD — based on skills and experience Important Screening Requirements Must be eligible to work in Canada and capable of obtaining the required security clearance. Bachelor’s or Master’s degree in Electrical Engineering, Systems Engineering, Aerospace Engineering, or a related field. 15+ years of experience in satellite systems design, particularly for Low Earth Orbit (LEO) missions. Experience supporting the full satellite systems lifecycle, from design through verification, launch, and operations. Strong background in electrical system architecture, payload-bus integration, and subsystem interfaces. Experience with requirements management, system verification and validation, and technical documentation. Proficiency in MATLAB and familiarity with Agile methodologies. Senior Electrical Satellite Systems Engineer- JD.pdf About the Role We are seeking a Senior Electrical Satellite Systems Engineer to lead electrical systems engineering activities for satellite programs, with a focus on Low Earth Orbit (LEO) missions. The successful candidate will define electrical system architecture, oversee subsystem interfaces, manage requirements and technical documentation, and lead verification and validation activities throughout the satellite lifecycle. This role also involves technical leadership, stakeholder coordination, subcontractor oversight, and support for launch and early operations. Senior Electrical Satellite Systems Engineer- JD.pdf What We’re Looking For We’re looking for a senior-level satellite systems engineer with deep electrical systems expertise, strong end-to-end lifecycle experience, and the ability to lead complex technical activities across design, integration, verification, and operations. The ideal candidate combines systems-level thinking with practical engineering judgment, clear communication, and effective technical leadership. Senior Electrical Satellite Systems Engineer- JD.pdf Key Responsibilities System Design & Architecture Define electrical system architecture supporting payload and satellite bus integration. Manage system requirements, traceability, and technical documentation, including Concept of Operations (CONOPS). Oversee interfaces among satellite subsystems, including avionics, electrical power, and Attitude and Orbit Control Systems (AOCS). Coordinate system-level design activities to ensure compatibility across subsystems. Analysis & Reliability Conduct electrical power budgets and system-level analyses. Perform failure mode and reliability analyses. Develop and support Fault Detection, Isolation, and Recovery (FDIR) strategies. Identify system risks and support technical trade-off decisions. Verification & Validation Lead system verification and validation (V&V) activities. Develop verification strategies, test plans, and supporting documentation. Support ground testing, including Thermal Vacuum (TVAC) and Electromagnetic Compatibility/Interference (EMC/EMI) testing. Ensure verification activities address system requirements and interface performance. Testing & Operations Develop system-level test plans and procedures. Support launch preparation, Launch and Early Orbit Phase (LEOP), and Satellite Operations Control Centre (SOCC) activities. Assist with troubleshooting and resolving system-level issues during testing and operations. Senior Electrical Satellite Systems Engineer- JD.pdf Technical Leadership & Stakeholder Coordination Mentor engineers and provide technical guidance to engineering teams. Coordinate with stakeholders, subcontractors, and cross-functional engineering groups. Lead and participate in design reviews, including: System Requirements Review (SRR) Preliminary Design Review (PDR) Critical Design Review (CDR) Apply relevant engineering standards and practices, including ECSS and PUS-STD. Project & Process Management Oversee subcontractor activities and technical deliverables. Track technical issues, risks, and project progress. Support Agile engineering practices and continuous improvement initiatives. Senior Electrical Satellite Systems Engineer- JD.pdf Required Qualifications Bachelor’s or Master’s degree in Electrical Engineering, Systems Engineering, Aerospace Engineering, or a related discipline. 15+ years of satellite systems design experience, particularly involving LEO missions. Experience across the full satellite systems lifecycle. Strong understanding of electrical system architecture and payload-bus integration. Experience with avionics, electrical power, AOCS, and related subsystem interfaces. Experience with requirements management, traceability, and system documentation. Background in power budgeting, failure mode analysis, reliability engineering, and FDIR. Experience leading system-level verification and validation. Knowledge of ground testing, including TVAC and EMC/EMI. Experience supporting launch, LEOP, and satellite operations activities. Proficiency in MATLAB and familiarity with Agile methodologies. Strong communication, leadership, analytical, and problem-solving skills. Must be eligible to work in Canada and able to obtain the necessary security clearance. Senior Electrical Satellite Systems Engineer- JD.pdf Preferred Qualifications Experience with ECSS standards and PUS-STD. Experience leading satellite design reviews and coordinating technical stakeholders. Experience overseeing subcontractors and managing technical deliverables. Experience mentoring engineers and leading multidisciplinary engineering teams.

Location: United States of America What We Do: Cybercrime is growing, and more businesses are getting hit by threats that used to target only the biggest organizations. That pushes defenders like us to operate at the highest level, and it deepens our need for good people who want to make a meaningful impact. Founded in 2015 by former NSA cyber operators, Huntress is a remote-first team working to make enterprise-grade cybersecurity accessible to businesses of all sizes. We work closely with security teams and service providers protecting complex environments, often without the time or headcount to handle it all. That’s why we build our technology in-house and back it with a 24/7 human-led Security Operations Center (SOC). As a result, our platform is never disconnected from the experts who manage it, ensuring our customers' protection. Huntress now secures more than 6M endpoints and 16M identities worldwide. Those numbers keep growing because more businesses rely on us to help carry the load and operate with more confidence. Every day, you can see that commitment in how we stand with our customers and how we show up for each other. Reports to: Manager, Product Research Location: Remote US Compensation Range: $215,000.00 to $225,000.00  base plus bonus and equity What You’ll Do: Lead product research initiatives that develop and evaluate macOS security product strategies and technologies Identify and prototype new telemetry from Apple's Endpoint Security API and other macOS subsystems to expand prevention, hardening, and detection capabilities Reproduce and analyze macOS attacks through hands-on execution of attacker techniques, malware detonation, and vulnerability exploitation Reverse engineer macOS malware and Apple's own security frameworks (XProtect, XProtect Remediator, Gatekeeper, TCC) to identify coverage gaps and inform product direction Prototype and test new tools and methodologies for offensive operations against macOS endpoints, including EDR evasion and bypass research Build proof-of-concept implementations that demonstrate the feasibility of new capabilities Document research findings and collaborate with Detection Engineering on writing and tuning detectors Coordinate with Product and Engineering teams to integrate and operationalize solutions developed by Security teams Stand up ephemeral research environments and attacker infrastructure using cloud, VM, and container technologies Track Apple platform changes across beta and release cycles, and assess their impact on agent capability, telemetry, and detection coverage Identify and address gaps in macOS product coverage, including false positive and false negative investigations Develop internal and external technical documentation to educate customers and adjacent teams on macOS security risks and opportunities Mentor and teach across the team on macOS internals, malware analysis, and research methodology Promote Huntress' reputation through public speaking, CFPs, blogs, and media interaction What You Bring To The Team: Deep expertise in macOS system internals, including the security model, code signing and notarization, TCC, SIP, persistence, and the Mach-O file format Hands-on experience with Apple's Endpoint Security API and system extension development Authority on macOS security threats, attack techniques, and the current macOS malware landscape Familiarity with macOS fleet management (MDM, configuration profiles, mobileconfig deployment) Experience red teaming and performing attack emulation to bypass EDR on macOS Proficiency with Swift. Additional understanding of Go, Python, and/or Ruby is preferred. Experience with the MITRE ATT&CK matrix, Sigma, YARA, and Elasticsearch/Kibana Track record of building POCs and carrying research from concept through to a shipped product capability Experience leading data requirements work and tying it to cost/benefit analysis on collecting and storing only high-value telemetry Commitment to clear written documentation of research findings Comfortable reading Apple developer documentation, framework headers, and API references to answer undocumented questions An understanding of how SMBs utilize IT automation tools such as PSAs and RMMs is strongly preferred Bonus : Comfortable reverse engineering Mach-O binaries and scripted payloads using debuggers and a disassembler suite (Binary Ninja, IDA Pro, Hopper, or Ghidra) What We Offer: 100% remote work environment - since our founding in 2015 Generous paid time off policy, including vacation, sick time, and paid holidays 12 weeks of paid parental leave Highly competitive and comprehensive medical, dental, and vision benefits plans 401(k) with a 5% contribution regardless of employee contribution Life and Disability insurance plans Stock options for all full-time employees One-time $500 reimbursement for building/upgrading home office Annual allowance for education and professional development assistance $75 USD/month digital reimbursement Access to the BetterUp platform for coaching, personal, and professional growth Huntress is committed to creating a culture of inclusivity where every single member of our team is valued, has a voice, and is empowered to come to work every day just as they are. We do not discriminate based on race, ethnicity, color, ancestry, national origin, religion, sex, sexual orientation, gender identity, disability, veteran status, genetic information, marital status, or any other legally protected status. We do discriminate against hackers who try to exploit businesses of all sizes. Accommodations: If you require reasonable accommodation to complete this application, interview, or pre-employment testing or participate in the employee selection process, please direct your inquiries to accommodations@huntresslabs.com . Please note that non-accommodation requests to this inbox will not receive a response. Huntress uses artificial intelligence tools to assist in reviewing and evaluating job applications, including resume screening, skills assessment, and candidate matching and comparisons. These AI tools support our human recruiters in the initial review process, but do not make final hiring decisions without human involvement. By submitting your application, you acknowledge this use of AI in our recruitment process. Please review our Candidate Privacy Notice for more details on our practices and your data privacy rights. #BI-Remote

Location: Sainte-Anne-de-Bellevue, Canada 📍 Location: Sainte-Anne-de-Bellevue, QC, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote available for U.S. and Canadian Citizens 🚀 Start Date: TBD 💰 Compensation: TBD — based on skills and experience Remote & Relocation Opportunities U.S. and Canadian Citizens: Remote work arrangement available. UK and European Candidates: Relocation assistance/allowance and a relocation bonus are available for qualified candidates willing to relocate to Canada. Candidates should be prepared to support collaboration across multidisciplinary spacecraft engineering teams. Important Screening Requirements Bachelor’s degree in Electrical Engineering, Aerospace Engineering, Physics, or a related field . 8+ years of Electrical Power System (EPS) design experience on LEO/MEO satellite platforms. Deep knowledge of spacecraft bus subsystems and their interactions . Experience with power electronics design and power management hardware . Strong understanding of aerospace systems engineering fundamentals. Hands-on experience supporting systems integration, testing, and troubleshooting . Experience with Confluence and JIRA . Ability to work effectively with limited supervision. Strong analytical and problem-solving skills. Excellent written and oral communication skills in English. French is an asset. About the Role We are seeking an experienced Satellite Electrical Power System (EPS) Design Engineer to support the concept, detailed design, analysis, verification, and integration of electrical power subsystems for current and next-generation remote sensing and communications satellites . The role focuses on the design and development of solar arrays, power-conditioning units, batteries, power distribution, and regulation systems , while working closely with multidisciplinary teams across payload, spacecraft bus, thermal, structural, avionics, and mission systems. The successful candidate will contribute to the development of reliable, high-performance EPS solutions throughout the spacecraft lifecycle, from early architecture and trade studies through integration, launch, and on-orbit operations. What We’re Looking For We’re looking for a senior spacecraft electrical power systems engineer with strong experience designing and integrating EPS architectures for satellite platforms. The ideal candidate can work across the full EPS lifecycle, from power architecture and trade studies through detailed design, modeling, verification, spacecraft integration, launch, and on-orbit support . Strong candidates will combine deep power electronics and spacecraft EPS expertise with hands-on systems integration, analytical problem-solving, and the ability to work effectively across multidisciplinary engineering teams. Key Responsibilities Architecture & Requirements Define EPS architectures covering power generation, energy storage, and distribution while meeting mission power, mass, volume, and reliability requirements. Perform architecture and technology trade studies involving: Solar cell technologies Battery chemistries Regulator topologies Develop system requirements and functional flow block diagrams. Develop and maintain Interface Control Documents (ICDs) and design descriptions. Manage requirements and maintain bidirectional traceability throughout the program lifecycle. Detailed Design & Analysis Size and evaluate: Solar arrays Power-conditioning units Battery packs Power distribution units Build and validate high-fidelity electrical models for spacecraft operating modes. Perform FMECA and fault-detection analysis . Develop and maintain power budget models. Perform load-flow and thermal-power coupling analyses. Conduct survivability analyses for: Eclipse operations Safe mode Fault-tolerant operation Analyze EPS performance across different spacecraft mission phases and operating conditions. Cross-Functional Coordination Present technical status, risk analyses, and trade-study results to senior management. Interface with spacecraft bus teams across: Power Thermal Structures Avionics Develop and maintain high-fidelity power models for mission analysis, including: Orbit raising Station keeping De-orbit Develop tools supporting power efficiency and optimization. Support Phase 0 and pre-Phase A activities. Collaborate with multidisciplinary engineering teams throughout the spacecraft lifecycle. Integration & Verification Author Verification Plans, Test Matrices, and Validation Procedures for unit and EPS subsystem testing. Support ground-test and integration campaigns. Support: Fueling activities Thermal-vacuum testing EMI/EMC testing Spacecraft-level integration Analyze test data and support anomaly resolution. Close out anomalies and update design baselines. Support flight software integration. Technical Leadership & Mentorship Mentor and guide junior and intermediate systems engineers and interns. Lead or support multidisciplinary engineering activities. Serve as a technical liaison with customers, partners, and external vendors. Contribute to continuous improvement initiatives. Contribute to engineering knowledge bases, processes, and standards development. Configuration, Documentation & Standards Maintain EPS design and safety standards. Ensure engineering analyses, software, documentation, and deliverables are properly version controlled within the PLM environment. Support spacecraft design reviews, including: SRR PDR CDR MRR/TRR Support technology road-mapping and innovation activities. Launch, On-Orbit & Operations Support Support launch-site interface checklists with the responsible launch vehicle interface engineer. Support pre-launch checkout procedures. Support early-orbit checkout scripts. Provide real-time EPS engineering support during: Launch On-orbit commissioning Anomaly investigations Contingency operations Support Satellite Operations Handbook (SOOH) development and associated operator training. Required Qualifications Bachelor’s degree in Electrical Engineering, Aerospace Engineering, Physics, or a related field . 8+ years of EPS system design experience on LEO/MEO satellite platforms. Deep knowledge of spacecraft bus subsystems and their interactions. Experience with power electronics design and power management hardware. Strong understanding of aerospace systems engineering fundamentals. Hands-on experience supporting systems integration and testing . Strong troubleshooting and problem-solving capabilities. Experience with Confluence and JIRA . Ability to work efficiently with limited supervision. Ability to break down complex technical problems and develop practical solutions. Excellent written and oral communication skills in English. Preferred Qualifications Experience designing EPS architectures for remote sensing or communications satellites . Experience with solar array, battery, power-conditioning, and power-distribution systems. Experience with high-fidelity spacecraft power modeling . Experience with FMECA, fault detection, survivability analysis, and reliability engineering. Experience supporting thermal-vacuum, EMI/EMC, and spacecraft-level integration testing . Experience with mission-phase power analysis, including orbit raising, station keeping, eclipse, safe mode, and de-orbit. Experience developing tools for power efficiency and optimization. Experience supporting spacecraft launch-site and on-orbit operations . Experience with spacecraft design reviews and lifecycle processes. French language skills are an asset.

Основной фокус позиции — проектирование сетевой архитектуры, разработка и синхронизация динамичных игровых механик, а также интеграция сетевых сервисов Steam. • Проектирование и разработка клиент-серверной архитектуры на базе сетевой модели Unreal Engine 5.

Location: Montreal, Canada 📍 Location: Montreal, Quebec, Canada 📄 Employment Type: Contract-to-Permanent (Preferred) / Contract 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be legally eligible to work in Canada . Must be capable of obtaining the required security clearance . English proficiency is required. French is considered an asset. Candidates must have strong hands-on experience with satellite TT&C/PDT systems . About the Role We are seeking an experienced Satellite TT&C/PDT Systems Engineer to support the design, integration, verification, and operational support of TT&C/PDT subsystems for current and next-generation remote sensing and communications satellites. In this role, you will work across spacecraft payload, ground-segment, and mission-operations teams to ensure reliable command delivery, high-fidelity telemetry acquisition, and robust data handling throughout the satellite lifecycle. Key Responsibilities Define TT&C/PDT functional architecture, including command generation, uplink, telemetry downlink, onboard data handling, and RF front-end systems. Conduct trade studies involving modulation schemes, coding, frequency plans, ranging, and link budgets. Develop system requirements, Interface Control Documents (ICDs), and system description documents. Manage requirements and maintain bidirectional traceability throughout the project lifecycle. Support cybersecurity and resilience considerations within TT&C/PDT system design. Lead detailed design of TT&C hardware and software, including transceivers, RF front-ends, antenna pointing, command sequencing, telemetry parsing, and health monitoring. Perform RF link-budget analysis, RF simulation, and error-budget analysis using tools such as STK and MATLAB . Verify compliance with CCSDS, ECSS, ITU , and applicable regulatory standards. Support Satellite Reference Database development and validation. Develop test plans, procedures, and verification matrices for unit, subsystem, and spacecraft-level TT&C testing. Execute RF link testing, BER testing, command latency verification, and telemetry integrity testing. Lead anomaly investigations, root-cause analysis, and corrective actions. Support spacecraft launch preparation and early-orbit checkout, including command uplink and telemetry acquisition. Provide real-time command and telemetry support during nominal and contingency operations. Support ground-segment configuration, including gateways, mission-control servers, and monitoring dashboards. Support SOOH development and operator training. Support major design reviews, including SRR, PDR, CDR, MRR, and TRR . Mentor junior engineers and serve as a technical liaison with customers, partners, and external vendors. Required Qualifications Bachelor's degree in Electrical Engineering, Aerospace Engineering , or a related field. 8+ years of TT&C/PDT systems design experience on LEO, MEO, and/or GEO satellite platforms . Strong knowledge of: CCSDS Telemetry/Telecommand packet standards ECSS telemetry and command protocols PUS services ITU frequency regulations Proficiency in RF link-budget analysis . Strong understanding of S-band, X-band, and Ka-band modem architectures . Strong understanding of aerospace systems engineering fundamentals, space environment, and orbit mechanics. Hands-on experience supporting systems integration, testing, troubleshooting, and problem resolution. Experience with Confluence and JIRA . Ability to work independently with minimal supervision. Strong analytical and problem-solving skills with the ability to break down complex technical challenges into fundamental components. Excellent written and verbal communication skills in English . Preferred Qualifications French language proficiency. Experience supporting end-to-end TT&C/PDT development, integration, verification, and on-orbit operations. Experience with spacecraft commissioning and early-orbit operations. Experience with RF link testing, BER testing, and telemetry/command integrity verification. Experience supporting satellite ground-segment interfaces and mission-control systems. Experience contributing to satellite technology roadmaps and early-phase program activities.

Location: Montreal, Canada 📍 Location: Montreal, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be eligible to obtain or hold Controlled Goods Program (CGP) clearance . H-1B visa holders are welcome to apply. Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates About the Role We are seeking a Satellite Platform TT&C Systems Engineer to support the design, integration, and validation of Telemetry, Tracking, and Command (TT&C) systems for advanced satellite platforms. In this role, you will contribute to the development of RF communication subsystems, ensure compliance with international communication standards, and collaborate with multidisciplinary engineering teams to deliver reliable and high-performance satellite communication solutions. The ideal candidate has a strong background in RF engineering and satellite communication systems. Key Responsibilities Design, develop, and integrate Telemetry, Tracking, and Command (TT&C) systems for satellite platforms. Support the design and validation of RF communication subsystems, including transceivers, couplers, filters, and antennas. Perform system analysis, integration, and testing to ensure optimal communication performance. Ensure compliance with applicable communication standards and regulatory requirements. Collaborate with multidisciplinary engineering teams to support system integration and mission readiness. Troubleshoot and resolve RF and communication subsystem issues throughout the development lifecycle. Prepare technical documentation, engineering analyses, and test reports. Support system verification, validation, and qualification activities. Required Qualifications Bachelor's degree in Electrical Engineering . 5+ years of relevant engineering experience. Strong background in RF Engineering . Experience with communication subsystems, including: Transceivers Couplers Filters Antennas Knowledge of communication standards and regulations, including: ITU (International Telecommunication Union) CCSDS (Consultative Committee for Space Data Systems) ETSI (European Telecommunications Standards Institute) Preferred Qualifications Experience supporting satellite TT&C systems for LEO, MEO, or GEO missions. Experience with satellite communication system integration, verification, and testing. Familiarity with space and ground segment communication architectures. Strong analytical, troubleshooting, and cross-functional collaboration skills.

Location: Montreal, Canada 📍 Location: Montreal, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be eligible to obtain or hold Controlled Goods Program (CGP) clearance . H-1B visa holders are welcome to apply. Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates. About the Role We are seeking a Satellite Platform Electrical Systems Engineer to support the design, integration, and validation of electrical systems for advanced satellite platforms. In this role, you will contribute to the development of spacecraft electrical power systems, electronic subsystems, and platform integration while collaborating with multidisciplinary engineering teams to ensure mission success. The ideal candidate has a strong background in electrical systems engineering and experience supporting satellite or aerospace platforms. Key Responsibilities Design, analyze, and support the integration of satellite platform electrical systems. Develop and validate electrical power generation, storage, and distribution systems. Support the design and integration of electronic units, wiring harnesses, and electrical interfaces. Perform system-level testing, verification, and troubleshooting of electrical subsystems. Ensure compliance with system requirements, performance objectives, and engineering standards. Collaborate with multidisciplinary teams to support satellite platform development and integration. Prepare technical documentation, engineering analyses, and design recommendations. Support system validation activities throughout the project lifecycle. Required Qualifications Bachelor's degree in Electrical Engineering or an equivalent engineering discipline. 5+ years of relevant engineering experience. Experience with: System-level electrical power generation, storage, and distribution Satellite or aerospace electrical systems engineering Electronic unit design and integration Wiring harness design and electrical interfaces Data bus protocol standards System-level integration, testing, and validation Strong understanding of electrical system architecture, troubleshooting, and performance analysis. Preferred Qualifications Experience supporting satellite platform development or spacecraft electrical systems. Knowledge of space-qualified electrical components and avionics. Experience with spacecraft integration, verification, and environmental testing. Strong analytical, problem-solving, and cross-functional collaboration skills.

Location: Montreal, Canada 📍 Location: Montreal, Quebec, Canada 📄 Employment Type: Contract-to-Permanent (Preferred) / Contract 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. Relocation allowance + bonus for European and UK Candidates. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be legally eligible to work in Canada . Must be capable of obtaining the required security clearance . English proficiency is required. French is considered an asset. Strong hands-on experience with spacecraft Command & Data Handling (C&DH) systems is required. About the Role We are seeking an experienced Satellite Command & Data-Handling (C&DH) System Engineer to support the design, integration, verification, and operation of onboard command, control, and data-management functions for current and next-generation remote sensing and communications satellite programs. In this role, you will contribute to the C&DH functional architecture , drive technical trade studies, support system integration and verification, and provide technical leadership throughout the spacecraft lifecycle. Key Responsibilities Translate mission-level requirements into C&DH functional and non-functional requirements. Develop and maintain system requirements, Interface Control Documents (ICDs), and system descriptions. Maintain bidirectional requirements traceability throughout the project lifecycle. Support cybersecurity and resilience considerations within C&DH system design. Lead detailed design activities involving: Onboard processors Spacecraft data buses Memory subsystems I/O interfaces Support software architecture activities, including command sequencing, telemetry packetization, health monitoring, and FDIR. Support Satellite Reference Database development and validation. Define uplink command formats, downlink telemetry structures, and ground-segment data-handling interfaces. Collaborate with Flight Software (FSW), TT&C/PDT, and Ground Segment teams to ensure end-to-end data integrity. Develop verification plans, test matrices, and validation procedures for unit, subsystem, and spacecraft-level C&DH testing. Execute functional testing, bus-protocol compliance testing, and SIL/HIL campaigns. Lead anomaly investigations, root-cause analysis, and corrective-action activities. Support spacecraft launch preparation, early-orbit checkout, and on-orbit operations. Analyze on-orbit telemetry and support updates to operational parameters as required. Support SOOH development and operator training. Contribute to technical standards, process improvements, technology roadmaps, and engineering knowledge bases. Support major design reviews, including SRR, PDR, CDR, MRR, and TRR . Mentor junior engineers and serve as a technical liaison with customers, partners, and vendors. Required Qualifications Bachelor's degree in Electrical Engineering, Aerospace Engineering , or a related field. 8+ years of C&DH engineering experience on LEO, MEO, and/or GEO satellite platforms . Deep knowledge of spacecraft data-bus and communication standards, including: SpaceWire MIL-STD-1553 CAN Ethernet CCSDS packet telemetry and command PUS services Knowledge of processors, FPGA, firmware, and embedded systems . Strong understanding of aerospace systems engineering fundamentals, space environment, and orbit mechanics. Hands-on experience supporting systems integration, testing, troubleshooting, and problem resolution . Experience with Confluence and JIRA . Ability to work independently with minimal supervision. Strong analytical and problem-solving skills, with the ability to break down complex technical problems into fundamental components. Excellent written and verbal communication skills in English . Preferred Qualifications Experience supporting end-to-end spacecraft C&DH development and integration. Experience with spacecraft commissioning, early-orbit operations, and on-orbit telemetry analysis. Experience with FDIR , command sequencing, telemetry processing, and spacecraft health monitoring. Experience with SIL/HIL testing and spacecraft bus-protocol compliance verification. French language proficiency. Experience supporting satellite programs through the full lifecycle, from early concept and design through launch and on-orbit operations.

Location: Montreal, Canada 📍 Location: Montreal, Quebec, Canada 📄 Employment Type: Contract-to-Permanent (Preferred) / Contract 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. Relocation assistance + bonus for European and UK candidates. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be legally eligible to work in Canada . Must be capable of obtaining the required security clearance . English proficiency is required. French is considered an asset. Candidates must have strong experience with fault-tolerant embedded systems supporting LEO, MEO, and/or GEO spacecraft missions. About the Role We are seeking an experienced Satellite Bus Flight Software Systems Engineer to lead and support the system-level definition, architecture, integration, verification, and operational readiness of flight software for current and next-generation spacecraft platforms. This is a systems engineering and technical leadership role at the intersection of spacecraft architecture, platform subsystems, embedded flight software, avionics, mission operations, and verification. You will ensure that spacecraft bus flight software meets platform and payload functional, performance, autonomy, safety, reliability, and operational requirements throughout the full spacecraft lifecycle—from early architecture and detailed design through integration, launch preparation, commissioning, and on-orbit operations. Key Responsibilities Translate functional, performance, safety, and security requirements into flight software requirements and architecture. Allocate requirements to software modules and execution threads while maintaining bidirectional requirements traceability. Define Flight Software (FSW) architecture, including: RTOS Initialization PUS services Autonomy Health monitoring Fault management Payload interfaces Define FDIR algorithms , isolation logic, recovery actions, safe-mode sequencing, and redundancy management. Guide the integration of FDIR logic into flight software. Develop and maintain Interface Control Documents (ICDs) for payload, platform, and ground-segment interfaces. Support Satellite Reference Database development and validation. Collaborate with payload, platform, ground-segment, and mission-operations teams to identify and resolve integration issues. Develop and support Flight Software Verification Plans and integration testing. Support SIL, HIL, fault-injection, performance, and security testing . Support verification and test automation frameworks, test case development, results analysis, and test-report certification. Support spacecraft mode and operational procedure development. Analyze on-orbit telemetry and support software updates and operational improvements. Support SOOH development and operator training. Participate in major design reviews, including SRR, PDR, CDR, MRR/TRR . Mentor junior engineers and serve as a technical liaison with customers, partners, and vendors. Contribute to engineering standards, process improvements, technology roadmaps, and lessons learned. Required Qualifications Bachelor's degree in Electrical Engineering, Aerospace Engineering, Computer Science, Embedded Systems , or a related field. 10+ years of experience working with fault-tolerant embedded systems on LEO, MEO, and/or GEO satellite missions . Experience with: CCSDS ECSS PUS services MIL-STD-1553 SpaceWire RS-422/485 CAN Ethernet Experience with real-time computing cores and/or embedded Linux . Experience with auto-coding or automated code-generation workflows. Strong understanding of aerospace systems engineering fundamentals. Hands-on experience supporting systems integration, testing, troubleshooting, and problem resolution . Experience with Confluence and JIRA . Ability to work independently with minimal supervision. Strong analytical and problem-solving skills, with the ability to break down complex technical challenges into fundamental components. Excellent written and verbal communication skills in English . Preferred Qualifications Experience with end-to-end spacecraft flight software development and integration. Experience with FDIR, spacecraft autonomy, safe-mode management, and redundancy management . Experience supporting spacecraft commissioning and on-orbit operations . Experience with SIL/HIL , fault injection, and automated verification frameworks. Experience integrating flight software with spacecraft payloads, avionics, and ground systems. French language proficiency. Experience supporting satellite programs from early concept and architecture through launch and on-orbit operations.

Location: Costa Mesa, United States 📍 Location: Costa Mesa, California, USA 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be a U.S. Citizen or U.S. Permanent Resident (Green Card holder) . Must be eligible to obtain and maintain a U.S. Department of Defense (DoD) Secret Security Clearance . Candidates should have a strong interest in supporting U.S. defense and national security programs. About the Role We are seeking a Mechanical Engineer to support the design, integration, and development of advanced air vehicle platforms. In this role, you will be responsible for designing mechanical systems, integrating electrical and mechanical subsystems, and collaborating with multidisciplinary engineering teams to deliver innovative aerospace solutions. The ideal candidate has a strong background in mechanical design, aircraft integration, and manufacturing processes, with a passion for developing next-generation air vehicles. Key Responsibilities Design and develop mechanical components and assemblies for advanced air vehicle programs. Integrate electrical and mechanical subsystems into complex aerospace platforms. Create and maintain detailed CAD models and engineering drawings. Evaluate manufacturing methods and ensure designs are optimized for production. Perform engineering analyses to support system performance, reliability, and manufacturability. Collaborate with cross-functional teams throughout the design, integration, testing, and production lifecycle. Participate in design reviews, technical trade studies, and engineering decision-making. Prepare technical documentation, engineering reports, and design specifications. Required Qualifications Bachelor's degree or higher in Mechanical Engineering, Aerospace Engineering, Electrical Engineering , or a related field. 5+ years of mechanical engineering experience supporting advanced air vehicle programs. Experience integrating electrical and mechanical subsystems into aerospace platforms. Experience designing mechanical parts using CAD software. Strong understanding of manufacturing processes, including: Machining Sheet Metal Fabrication Composite Manufacturing 3D Printing Injection Molding Composite Lamination Strong foundation in engineering fundamentals and mechanical system design. Excellent analytical, communication, and problem-solving skills. Preferred Qualifications Experience using Siemens NX and Teamcenter . Experience developing aircraft subsystem layouts and performing architectural trade studies. Experience evaluating vendor performance data and supporting supplier integration. Competency in engineering analysis, including structural, thermal, and electrical analysis. Active U.S. DoD Secret Security Clearance .

Location: Costa Mesa, United States 📍 Location: Costa Mesa, California, USA 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be a U.S. Citizen or U.S. Permanent Resident (Green Card holder) . Must be eligible to obtain and maintain an active U.S. Security Clearance . Candidates should have a strong interest in supporting advanced defense and national security programs. About the Role We are seeking an experienced Electrical Engineer, Avionics Design to support the design, development, integration, and testing of advanced avionics and embedded electronic systems. In this role, you will lead full-cycle PCB development, design power management systems, integrate embedded hardware, and collaborate with multidisciplinary engineering teams to deliver mission-critical aerospace solutions. The ideal candidate has a strong background in mixed-signal electronics, power systems, PCB design, and embedded hardware development. Key Responsibilities Lead full-cycle PCB design, including requirements gathering, schematic capture, component selection, layout review, bring-up, testing, debugging, and system integration. Design and integrate microcontroller-based systems and support hardware bring-up activities. Troubleshoot complex hardware and software integration issues using laboratory equipment and software debugging tools. Design and integrate power management systems and power distribution architectures. Develop payloads and electronic subsystems, including sensors, networking, payload interfaces, and power management solutions. Create system interconnect diagrams and define cable harnesses for subsystem integration. Collaborate with electrical, mechanical, software, firmware, and test engineering teams throughout the product development lifecycle. Participate in peer design reviews and cross-functional engineering reviews to ensure high-quality system designs. Required Qualifications Bachelor's degree in Electrical Engineering or an equivalent engineering discipline. 3+ years of experience designing, testing, and troubleshooting complex electrical systems. Experience performing power system analysis, electrical loading analysis, simulation, and validation. Strong experience with: Power design and power management systems Microcontroller design and hardware bring-up Mixed-signal PCB design, including multilayer boards, impedance matching, grounding, filtering, and board protection Low- and high-voltage power electronics and control systems System interconnect diagrams and cable harness design Proficiency using laboratory equipment, including: Oscilloscopes Digital Multimeters (DMMs) Spectrum Analyzers Logic Analyzers Benchtop Power Supplies Electronic Loads Familiarity with thermal and EMI testing environments. Knowledge of common communication interfaces, including: CAN I2C SPI Ethernet RS-232/422 RS-485 USB Excellent communication, organizational, analytical, and problem-solving skills. Must be eligible to obtain and maintain an active U.S. Security Clearance . Preferred Qualifications Experience designing embedded systems for aerospace, defense, or high-end consumer electronics. Experience with battery systems, AC power systems, and advanced power distribution architectures. Experience developing low-level firmware for hardware bring-up and testing. Background supporting defense, aerospace, or missile systems. Strong understanding of the effects of temperature, vibration, and harsh operating environments on electrical system design.

Location: Montreal, Canada 📍 Location: Montreal, Quebec, Canada 📄 Employment Type: Full-Time 🏢 Work Arrangement: Remote Opportunity for US and Canadian citizens. 🚀 Start Date: Immediate 💰 Compensation: TBD -- based on skills and experience Important Screening Requirements Must be legally authorized to work in Canada . Must be eligible to obtain the required security clearance. Candidates may be based in the United States, Canada, or Europe , provided they meet work authorization and security clearance requirements. Relocation assistance may be available for qualified candidates. About the Role We are seeking a Digital Payload Principal Systems Engineer to provide technical leadership in the architecture, design, and delivery of next-generation digital satellite payloads. In this role, you will lead end-to-end systems engineering activities, define payload architectures, drive technical trade studies, and oversee system verification throughout the program lifecycle. The ideal candidate has extensive experience in satellite communications, digital payload systems, and LEO/MEO constellation architectures, with a proven ability to lead multidisciplinary engineering teams on complex aerospace programs. Key Responsibilities Lead the end-to-end architecture and design of advanced digital satellite payloads. Define system requirements, conduct trade studies, and perform capacity analysis. Support program execution, technical planning, and proposal development. Collaborate with customers and cross-functional engineering teams to deliver mission-critical solutions. Lead and participate in system design reviews throughout the full program lifecycle. Define requirements for key payload subsystems, including: Onboard digital processing Phased-array antennas Feeder links Optical Inter-Satellite Links (ISLs) Oversee system integration, test planning, verification, and validation activities. Provide technical leadership and mentorship to engineering teams. Required Qualifications Bachelor's degree or higher in Electrical Engineering, Computer Engineering, Physics , or a related field. 15+ years of experience in satellite payload or communications systems engineering. Strong background in LEO/MEO constellation architecture and digital payload systems . Experience leading multidisciplinary engineering teams and complex technical programs. Strong knowledge of: Digital communications Digital signal processing (DSP) Software Defined Radio (SDR) Phased-array antenna systems Networking technologies Familiarity with simulation tools, space environments, and orbital mechanics. Excellent communication, collaboration, and technical leadership skills. Preferred Qualifications Experience with 5G Non-Terrestrial Networks (5G NTN) . French language proficiency is an asset. Experience leading end-to-end satellite payload development programs. Strong background in system architecture, verification, and mission planning for commercial or government satellite systems.