Job Title: Integration & Validation Test Engineer - Space AIT/AIV
Location: Woking, Surrey
Sector: Space Technology
A cutting-edge space technology company is seeking a Integration & Validation Test Engineer - Space AIT/AIV to join a pioneering team developing the next generation of satellite communication systems. This is a unique opportunity to play a key role in revolutionizing how spacecraft, satellites, and space robotics communicate in deep space, Earth orbit, and with ground stations.
Key Responsibilities Integration & Validation Test Engineer - Space AIT/AIV:
Plan, manage, and execute all integration and validation activities for advanced space communication systems.
Design, build, and maintain a state-of-the-art integration and validation laboratory.
Collaborate within a multidisciplinary engineering team to validate telecom payload modules and subsystems.
Develop and automate test procedures, including associated hardware setups.
Lead external integration and validation with subcontractors, partners, and customers.
Contribute to high-impact system design and implementation decisions throughout the development lifecycle.
Required Skills & Experience:
Proven hands-on experience in integration and validation of embedded telecom systems.
Strong background in RF testing, signal processing, and lab-based electronics work.
Solid understanding of AIT/AIV for RF, mixed-signal systems, and telecom test protocols.
Bachelor’s degree in Electrical Engineering or a related discipline with a telecom focus.
Strong team player with a drive for achieving high-quality results in mission-critical environments.
Preferred Qualifications:
Proficiency in scripting languages such as Python or MATLAB.
Programming experience in C/C++.
Location: Woking, Surrey
Employment Type: Full-Time
If you are an Integration & Validation Test Engineer with Space AIT/AIV experience apply now. Join a visionary team shaping the future of space communication systems based in Woking, Surrey and be part of ground-breaking missions that push the boundaries of what’s possible in space.