Public summary
A technology research center in Munich seeks a Chief Expert in Advanced LCOS Design and Display Technology to lead innovation and development of next-generation LCOS spatial light modulators for automotive display and imaging projection applications. The role involves driving performance breakthroughs, team leadership, development of novel LCOS display systems, collaborative research with internal and external partners, and managing academic cooperation. Candidates should hold a Master or PhD in relevant fields such as Optoelectronics or Physics, have proven experience in liquid crystal device design and LCOS technology, strong software and simulation skills, and willingness to travel internationally. The position offers a dynamic, innovative, and multicultural environment with extensive training and development opportunities.
Location and work setup
- Location
- Jena, Munich
- Remote status
- On-site
- German requirement signal
- No German Required Detected
- Detected job language
- English
Responsibilities
Lead a team of engineers and researchers to innovate and improve LCOS device electro-optical performance for imaging and projection systems. Oversee design, prototyping, modeling, and fabrication of LCOS devices optimized for advanced optical systems. Develop next-generation LCOS display architectures including illumination and projection optics. Collaborate with multidisciplinary teams and fabrication partners globally. Manage academic research partnerships on liquid crystal technology and related applications. Publish and protect innovations through patents. Drive breakthrough advancements in switching speed, contrast ratio, diffraction efficiency, and phase stability of LCOS devices.
Qualifications
Master's or PhD degree in Optoelectronics, Optics, Photonics, Physics, Electrical Engineering or related fields. Substantial experience designing, implementing, and characterizing liquid crystal-based devices, with direct experience in LCOS technology for projection/imaging preferred. Knowledge of projector light engine optics and diffractive devices is highly desirable. Proven leadership and team development skills. Proficiency in electromagnetic computational methods such as FDTD and RCWA. Expertise in liquid crystal materials, particularly high birefringent types for fast-switching and phase modulation. Strong programming skills in Python and C++, and experience with FEM or FDTD simulation tools. Willingness to travel approximately 20% of the time internationally.