This list contains only the countries for which job offers have been published in the selected language (e.g., in the French version, only job offers written in French are displayed, and in the English version, only those in English).
Our client, a fast-growing space technology startup, is seeking a LiDAR Systems Engineer with strong experience in airborne or spaceborne mapping LiDAR systems to join their Berlin-based team. In this role, you will lead the end-to-end design, modelling, and testing of an advanced spaceborne LiDAR payload being developed for a lunar mapping mission. You will take ownership of the LiDAR system from concept through to flight, overseeing system modelling and simulation, hardware integration, calibration, and performance verification. While key subsystems – including the laser, optical assemblies, and detector – are provided by specialist partners, you will define the overall LiDAR system architecture and ensure all elements function together to deliver high-quality ranging and topographic data. This role bridges hardware and data, combining deep LiDAR systems knowledge with practical integration and calibration expertise. You will work closely with optical, laser, and software teams to deliver a flight-ready instrument capable of operating reliably in lunar orbit. Candidates with space and systems engineering experience are strongly preferred.
Job Responsibility:
Lead end-to-end LiDAR system development, from design and modelling through integration, calibration, and testing
Develop and maintain LiDAR performance simulations and predictive models (e.g., MATLAB, DIRSIG)
Define and manage LiDAR system requirements and verification methods
Establish and maintain the LiDAR link budget
Collaborate with suppliers for laser, optical, and detector subsystems
Integrate and test a Geiger-mode Avalanche Photon Detector (GmAPD) camera within the LiDAR receive chain
Develop and execute system calibration procedures for timing, pointing, and radiometric accuracy
Support the design and validation of timing electronics and photon-level signal processing chains
Implement and optimise data compaction and compression approaches to manage downlink volume
Design and build LiDAR test systems to simulate photon returns under lunar-orbit scanning conditions
Participate in AIT campaigns for breadboards, engineering models, and flight models
Analyse ground test and flight data to verify performance and support early data processing
Develop methods for assigning interpolated timestamps and spacecraft attitude data to measurements
Contribute to design documentation and project reviews
Requirements:
Bachelor’s degree in Physics, Electrical Engineering, Optics, or a related field
7+ years’ experience with a BSc, or 5+ years with MSc/PhD, in LiDAR system design, testing, or modelling
Proven experience with airborne or spaceborne mapping LiDAR systems
Strong understanding of LiDAR ranging principles, system architecture, and performance drivers
Hands-on experience with LiDAR calibration, timing electronics, and detector characterisation
Proficiency in MATLAB for system modelling, simulation, and data analysis
Familiarity with DIRSIG or similar optical/remote sensing simulation tools
Experience with GmAPD (Geiger-mode) or other single-photon detectors
Excellent analytical, documentation, and communication skills in English
Fluency in English
Ability and willingness to relocate to Berlin (EU residency advantageous)
Nice to have:
Experience developing or integrating space-qualified or airborne LiDAR payloads
Systems engineering background
Knowledge of data compression and signal processing for LiDAR systems
Familiarity with optical, mechanical, and thermal integration of active sensing instruments
Experience with payload AIT, performance testing, and system-level calibration
Knowledge of space system standards (e.g., ECSS) and mission lifecycle processes