Lead a team of senior or staff multidisciplinary engineers responsible for ensuring satellites are manufacturable, testable, and production-ready at scale.
Act as the key link between engineering and production throughout the full satellite lifecycle, from early design and technical reviews through integration, test, and delivery.
Drive both the technical direction and operational effectiveness of the AIT Engineering team.
Lead work across major satellite domains including power, payload, avionics, software-hardware interface, communications, and system-level verification.
Represent AIT Engineering across projects and disciplines and interface with designers, production leads, and executive stakeholders.
Guide the team through new satellite designs, production ramp-up, and mission-critical troubleshooting.
Apply system-level understanding and hands-on spacecraft development or testing experience to ensure mission success.
Support production, resolve issues, and drive feedback into continuous product and process improvements.
Contribute to building high-reliability hardware at scale.
Requirements
8+ years of hands-on experience in the development, integration, testing, or production of complex hardware systems (e.g., aerospace, automotive, defense, semiconductors, satellites), preferably with full-lifecycle ownership from design to deployment.
Proven leadership in multidisciplinary engineering environments, with experience mentoring senior engineers and driving cross-functional collaboration.
Deep technical knowledge in at least one engineering discipline (e.g., electronics, mechanical, systems, software), with system-level understanding across full product or system architectures.
Familiarity with integration, verification, production ramp-up, and configuration management processes in complex hardware industries.
A systems engineering mindset, able to spot issues across interfaces, anticipate integration risks, and connect the dots between design, production, and operations.
Experience supporting technical and production readiness reviews (e.g., PDR, CDR, PRR or equivalent) and translating design decisions into manufacturable, testable solutions.
Strong track record of enabling design-for-manufacturing (DFM) and design-for-testability (DFT) in high-reliability environments.
Clear communication skills and confidence interfacing with designers, production leads, and executive stakeholders.
Hands-on, proactive approach to problem-solving, including root cause analysis and implementing feedback loops into design and processes.
A continuous improvement mindset, driving toward higher levels of reliability, repeatability, and operational efficiency as production volumes increase.
Employment is subject to applicable security screening (incl. SUPO, where required).