Space AIT Test & Integration Engineer - SC Eligible

JAM; Farnborough; On-site; GBP 26,000 - 38,000; Full time

Job summary

JAM is seeking a graduate or early career AIT Engineer to support integration, functional test and verification of spacecraft equipment and subsystems in Farnborough. The role follows the full engineering life cycle from design for manufacture to end-to-end testing, requiring SC clearance or eligibility.

You will work with cross-functional teams, develop test procedures, analyze results and maintain documentation, contributing to high-reliability space missions.

Qualifications

• Good engineering principles (requirements, plan, procedure and reports).
• Desirable: experience in high-reliability aerospace environments.
• Knowledge of ESD processes.
• Knowledge of cleanroom processes.

Responsibilities

• Focus on integration, functional and verification testing in spacecraft production.
• Collaborate with engineering teams to develop test procedures for spacecraft systems.
• Analyze test results to identify issues, trends, and improvements.
• Create and maintain detailed documentation for software tools and test procedures.
• Work with cross-functional teams to ensure cohesive integration and testing processes.
• Diagnose and resolve technical issues during assembly, integration and testing phases.
• Seek and implement improvements to enhance AIT processes.

Skills

Hardware skills

Software skills

Willingness to learn

Project execution methods

Spacecraft testing knowledge

Programming familiarity (Python, Java,

Tools

Shell scripting

Ubuntu

Python

Java

C/C++

Job description

JAM is seeking a graduate or early career AIT Engineer to support integration, functional test and verification of spacecraft equipment and subsystems in Farnborough. The role follows the full engineering life cycle from design for manufacture to end-to-end testing, requiring SC clearance or eligibility.

You will work with cross-functional teams, develop test procedures, analyze results and maintain documentation, contributing to high-reliability space missions.