R&d Engineer

HOLOEYE Photonics is one of the leading providers of spatial light modulators based on liquid crystal microdisplays and diffractive optical elements for scientific and industrial applications. Our Development, Engineering, and Technical Sales teams are based in Berlin-Adlershof, Germany. 

Our international team of 40 employees supports research institutions and industrial customers worldwide with static diffractive micro-optics and adaptive spatial light modulators. HOLOEYE offers both standard components and customized solutions tailored to customer requirements. 

Use Case 

HOLOEYE's solutions are used worldwide for applications such as laser beam splitting, beam shaping, and the generation of structured light. Typical application areas include laser projection, LiDAR, 3D cameras, 3D sensing, and facial recognition. 

To strengthen our Diffractive Optics development team, we are looking for an: 

R&D Engineer: Micro-Optics / Diffractive Optics (m/f/d) 

Your Team 

Our Diffractive Optics team consists of five specialists covering the entire product specification process. This includes customer interaction, specification, optical design and simulation, preparation of manufacturing data, supplier communication, and in-house optical laboratory testing.

Tech & Tool Stack 

• Design & Simulation: Proprietary software based on Python and C++, commercial software (e.g. LightTrans VirtualLab & Zemax) 

• Software Development: Python, C++, MATLAB, LabVIEW 

• AI Support: Various AI tools, including Anthropic and Mistral 

• Optical Characterization & Surface Analysis: Laser diffraction, spectrometry, image processing, laser scanning microscopy, electron microscopy 

• Project Management: Atlassian Jira 

• Documentation: Atlassian Confluence 

Your Tasks 

• Design and simulate optical micro- and nanostructures for optical components with dedicated functionalities (e.g. diffractive optical elements).  

• Generate manufacturing data for the fabrication of micro- and nano-optical structures.  

• Analyze results from optical and surface characterization measurements to identify optimal process parameters for both initial and subsequent manufacturing iterations.  

• During your first 3–6 months, your onboarding goal is to develop your own optical designs and evaluate their performance after fabrication to identify optimization opportunities. This will help you become familiar with our products, workflows, and development processes.