[Hiring] Platform Systems Verification and Validation Engineer @HIKINEX

Role Description

We are seeking a Platform Systems Verification and Validation (V&V) Engineer to verify and validate satellite bus systems, ensuring that core infrastructure subsystems operate correctly and are ready to support spacecraft payloads. This role focuses on the functional verification of essential satellite platform systems, including electrical power, thermal control, propulsion, and attitude control. You will test subsystem performance, validate interfaces, and ensure systems respond correctly to onboard flight software. The successful candidate will bring hands-on experience in system verification, automated testing, and satellite platform technologies, helping ensure reliable satellite bus performance in support of mission operations.

Qualifications

• 5+ years of experience verifying aerospace subsystems, embedded robotics, or satellite platform architectures.
• Strong technical knowledge in one or more of the following areas:
  • Power electronics
  • Orbital mechanics
  • Thermal management
  • Control systems
• Experience developing automated test scripts using Python or MATLAB.
• Experience automating or controlling test equipment, including power supplies and electronic loads.
• Familiarity with simulated sensor inputs and hardware-in-the-loop testing.
• Familiarity with space-industry data protocols and avionics testing architectures.
• Understanding of satellite bus subsystems and system interfaces.
• Strong troubleshooting, analytical, and problem-solving skills.

Requirements

• 5+ years of experience verifying aerospace subsystems, embedded robotics, or satellite platform architectures.
• Strong technical knowledge in one or more of the following:
  • Power electronics
  • Orbital mechanics
  • Thermal management
  • Control systems
• Experience developing automated test scripts using Python or MATLAB.
• Experience automating or controlling test equipment, including power supplies and electronic loads.
• Familiarity with simulated sensor inputs and hardware-in-the-loop testing.
• Familiarity with space-industry data protocols and avionics testing architectures.
• Understanding of satellite bus subsystems and system interfaces.
• Strong troubleshooting, analytical, and problem-solving skills.

Benefits

• Remote work arrangement available for U.S. and Canadian citizens.
• Relocation assistance and a relocation bonus available for qualified UK and European candidates relocating to Canada.

Key Responsibilities

• Satellite Bus Subsystem Verification
  • Test and validate critical satellite platform subsystems, including:
    • Attitude Determination and Control Systems (ADCS)
    • Electrical Power Subsystems (EPS)
    • Thermal Control Systems (TCS)
    • Propulsion systems
  • Verify that platform subsystems function according to system requirements.
  • Evaluate subsystem performance and identify issues that could affect spacecraft operations.
  • Support verification activities to ensure satellite bus readiness for payload integration.
• Hardware-in-the-Loop (HIL) Testing
  • Use Hardware-in-the-Loop (HIL) testbeds to simulate orbital dynamics and sensor inputs.
  • Simulate inputs from spacecraft sensors, including:
    • Star trackers
    • GPS
    • Sun sensors
  • Verify ADCS functionality and pointing accuracy under simulated operating conditions.
  • Analyze test results and troubleshoot unexpected subsystem behavior.
• Power & Harness Validation
  • Perform spacecraft power budget verification.
  • Conduct battery charge and discharge cycle testing.
  • Support Solar Array Simulator (SAS) integration.
  • Validate electrical power subsystem behavior under relevant operating conditions.
  • Identify power-related issues and support troubleshooting during verification activities.
• Flight Software Integration & Testing
  • Verify the interaction between satellite platform hardware and onboard flight software.
  • Test command routing and telemetry packet generation.
  • Validate Fault Detection, Isolation, and Recovery (FDIR) loops.
  • Confirm that platform subsystems respond correctly to software commands and simulated fault conditions.
  • Troubleshoot integration issues involving hardware, software, and subsystem behavior.
• Subsystem Interface Verification
  • Verify physical, data, and electrical interfaces between satellite platform subsystems.
  • Validate communication and data exchange using protocols such as:
    • CAN
    • SpaceWire
    • RS-422
  • Identify and troubleshoot interface compatibility issues.
  • Confirm that subsystem interfaces operate according to applicable requirements and specifications.
• Automated Testing & Technical Analysis
  • Develop automated test scripts using Python or MATLAB.
  • Automate test equipment and simulated sensor inputs, including power supplies and electronic loads.
  • Execute repeatable verification procedures and analyze test results.
  • Document test findings and support the investigation of subsystem anomalies.
  • Help improve testing efficiency, repeatability, and reliability.

Ideal Candidate Profiles

• Candidates with experience in the following roles are encouraged to apply:
  • Platform Systems Verification and Validation Engineer
  • Satellite Systems V&V Engineer
  • Satellite Systems Integration and Test Engineer
  • Aerospace Verification Engineer
  • Spacecraft Systems Test Engineer
  • Embedded Systems Validation Engineer
  • Satellite Platform Test Engineer
  • Avionics Verification Engineer
• Candidates with hands-on satellite subsystem testing, automated test development, and spacecraft interface verification experience are especially encouraged to apply.

Work Arrangement & Relocation

• Remote opportunities are available for qualified U.S. and Canadian citizens.
• Qualified candidates from the UK and Europe may be considered for relocation to Canada, with relocation assistance and a relocation bonus available.