MAIT Lead Engineer - FSO

Do you want to lead the verification of advanced optical communication terminals for space? At FSO Instruments, you will take a central role in defining how complex, high-reliability systems are integrated, tested, and proven ready for qualification and delivery. You combine technical depth with a structured verification mindset and know how to translate system requirements into robust test strategies, practical setups, and clear technical decisions during integration and test campaigns.

About Demcon
FSO Instruments is at the forefront of developing advanced laser satellite communication technology. Together with our partners and shareholders we are committed to strengthening the Dutch space industry and pushing the boundaries of communication systems to enable faster, more reliable, and secure connections between satellites, airplanes, drones and ground stations.

FSO Instruments develops and manufactures optical-communication components, sub-systems, and terminals. FSO Instruments combines strengths in Semiconductor and Aerospace to support the industrialization of laser satellite communication.

Developing and engineering of laser communication terminals

Modular and standardized functional (sub-)systems for laser communication

High tech contract manufacturing expertise for cost-effective high-volume production

At FSO Instruments we work closely with dedicated partners for development and supply, as well as with our parent companies to ensure we achieve the most competitive products for the market for optical communications in space.

What are you going to do?

Own the technical MAIT and verification approach for optical communication terminals, from early development through qualification and acceptance.

Connecting teams, disciplines and stakeholders. Ensure synergy over the MAIT aspects over the multiple products that are under development with team members working both in Delft and Almelo.

Define key integration and verification milestones and drive their execution, leading a focused MAIT team in preparing and performing test campaigns, while ensuring structured planning, clear ownership, and timely delivery of all verification activities.

Translate system-level requirements into an end-to-end verification strategy, ensuring each requirement is allocated to the right analysis, inspection, demonstration, or test method.

Define and govern the verification matrix and test architecture, including the decomposition of requirements across component, subsystem, and terminal-level test campaigns.

Lead the specification of advanced test setups and measurement concepts required to verify optical, control, mechanical, electrical, and environmental performance.

Set the technical direction for integration, alignment, calibration, and test procedures, ensuring they are robust, scalable, and suitable for high-reliability space hardware.

Act as the technical authority during assembly, integration, and verification campaigns, making informed decisions on test readiness, configuration control, deviations, and problem resolution.

Review and challenge product designs on alignment concept, and testability, and translate lessons learned into design improvements.

Lead the technical interpretation of verification data and non-conformances, steering root-cause analysis and defining corrective actions to improve product robustness and verification quality.

Guide engineers and specialists in the MAIT domain, raising technical standards, sharing best practices, and helping build a mature verification capability for future terminal programs.

Lead the documentation effort, starting with plans and procedures going and ending with test reports.

Lead the verification of control algorithms, embedded software, and electronics, defining how closed-loop performance, stability, interfaces, fault handling, and functional behavior are tested and validated at board, subsystem, and terminal level.

What do you bring to the table?

An MSc or BSc degree in Aerospace Engineering, Mechanical Engineering, Applied Physics, Systems Engineering, or a similar technical field.

Extensive experience in manufacturing, assembly, integration, and testing of high-tech or precision systems.

Strong experience with verification and validation of complex systems, preferably in a regulated or high-reliability environment.

Strong organizational skills, organize the verification activities, maintain planning, keep track of process.

Strong documentation skills and mindset in order to ensure tests are well prepared and well documented.

The ability to translate system requirements into practical verification approaches, including test strategies, verification matrices, and test plans.

Experience defining and using advanced test setups and measurement methods for optical, mechatronic, electrical, or environmental performance.

A solid understanding of precision alignment, calibration, and system integration challenges in multidisciplinary products.

Experience interpreting test data, troubleshooting…