Senior Optics Engineer

AIRMO

Munich or Berlin, Germany

The Role

As an Optical Engineer, you will be the lead in designing, developing, and maintaining cutting-edge LiDAR and spectrometer systems. From researching and designing the best optics, lasers, detectors, and electronics, to managing testing and calibration of the systems, you will ensure accuracy and performance. You will collaborate with other engineers and scientists to create an impeccable system that consistently meets customer expectations.

Your responsibilities in AIRMO

You are essential to AIRMO's success - together with our engineering team, you will be at the helm of designing the core of our service - an optical system for the payload. Your impact will be felt in our ability to accurately measure performance. The following are the responsibilities of the payload instrumentation scientist:

Establish requirements for payload instrumentations, parts, components, or subsystems;
Define technical specifications for optical systems, subsystems, equipment, and verification strategies;
Define and conduct or manage trade studies/analysis to support optical and opto-mechanical design decisions;
Define and develop or manage optical design processes and tools as well as core competencies and key technologies for the opto-mechanical system;
Coordinate optical design, development, integration, and test activities with other engineering disciplines and AIRMO technical managers;
Perform design and execute analysis, tolerancing, and simulation of optical systems;
Anticipate and solve problems and remove non-conformities or unexpected problems during the various phases of AIRMO project;
Perform technical work in the project in cooperation with engineering, system engineering, AIT, and procurement. If required, execute tasks from these areas according to expertise;
Lead and/or support internal and subcontractor reviews, proposals, and cost estimates of internal projects.

What you should bring to AIRMO

The ideal candidate for this position should have completed studies in the field of optics/opto-electronics, physics, engineering, or an equivalent qualification. Other essential attributes include:

Long-time professional experience in space optics;
Strong knowledge in optics with significant expertise in optical modelling and simulation, especially in the field of spectrometers, interferometers, lasers and optical radars over the spectral wavelengths range from Vis to IR;
Wide-ranging experience and advanced knowledge in interfaces and interactions between various aspects of optical systems incl. thermal, mechanical, electrical aspects and interfaces;
7-years+ experience in space projects.