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.