- Design and develop wafer level packaging solutions, 2D/2.5D/3D, for advanced silicon photonics platforms
- Create and optimise metallisation layouts (e.g. UBM, RDL, Solder, TSVs) to meet electrical, mechanical and manufacturing requirements.
- Define and engineer package mechanical features, including die interfaces, alignment structures, stress management and assembly tolerances.
- Perform thermal modelling and analysis to optimise heat dissipation, thermal resistance and package reliability across operating conditions.
- Develop and execute package validation plans, including optical performance, mechanical, thermal, and reliability testing of finished hardware, analysing results and driving design improvements.
- Collaborate with process, assembly and foundry partners to ensure package designs are compatible with wafer level fabrication, bonding and high-volume manufacturing processes.
- Conduct package verification through simulation, design reviews and failure analysis, driving continuous improvement in performance, manufacturability and yield.
- Support the integration of photonic devices by considering package impacts on optical alignment, optical coupling efficiency and overall system performance, working closely with photonic design teams.
Silicon Photonics Wafer Level Packaging Design Engineer (f/m/d)
Ulm
Voll- oder Teilzeit
Festanstellung
Deine Aufgaben
Dein Profil
- A Master or PhD in Packaging Engineering, Photonics, Mechanical Engineering, Physics or a related discipline.
- Proven experience in advanced semiconductor packaging with exposure to wafer-level packaging, flip-chip, interposer, chiplet, 2D, 2.5D or 3D integration technologies.
- Experience using mechanical and thermal simulation tools (e.g. ANSYS, COMSOL or equivalent) for package design and optimisation.
- Strong understanding of wafer level package metallisation design
- A few years of industry or advanced research experience in wafer level packaging.
- Experience with photonic device packaging, optical alignment challenges or co-packaged optics is advantageous.
- Hands-on experience with electro-optical device characterization at wafer, die level or package level
- Fluent English; German is a plus
Über uns
We are building best-in-class FMCW LiDAR technology for future mobility applications. LiDar technology will help create unparalleled safety level in automotive, mobility, trucking, and for industrial application. As a world-leading start-up company in this business, headquartered in Ulm (Baden-Württemberg), we became a subsidiary of MicroVision, Inc. in 2026.