Optical Engineer (m/f/d)

Inleap Photonics; Hannover; Vor Ort; EUR 50.000 - 70.000; Vollzeit

Benefits dieser Stelle

Creative freedom

Innovative environment

Flexibility & prospects

Zusammenfassung

Inleap Photonics in Hannover is seeking an Optical Engineer (m/f/d) to design and develop our advanced laser beam steering systems. You'll focus on optics and imaging for ultra-fast applications, and you'll collaborate closely with teams in mechanics, electronics, and software.

The ideal candidate will have a degree in physics or optics, practical experience in optics development, and understanding of optical metrology. We offer a creative working environment and flexible hours within a supportive team.

Qualifikationen

• Master's/diploma in physics, optics, or photonics focused on laser technology.
• Experience in optics development for industrial applications.
• Knowledge of optical metrology and materials science.

Aufgaben

• Design core optical technology for laser beam steering systems.
• Develop optics and imaging for ultra-fast laser beam technology.
• Carry out verification and performance tests on laser systems.

Kenntnisse

Optics development

Laser technology

Optical metrology

Teamwork

Ausbildung

Degree in physics, optics or photonics (master’s/diploma)

Tools

Zemax OpticStudio

Quadoa

Jobbeschreibung

Optical Engineer (m/f/d)

As an Optical Engineer (m/f/d), you will design the core optical technology of our innovative laser beam steering systems. You will develop and optimise optics and imaging for ultra-fast laser beam steering, including beam preparation, relay optics, aperture optics and beam splitters. You will plan and carry out verification and performance tests, for example beam quality, wavefront, pointing stability and jitter, integrate sources and sensors, and develop algorithms for beam shaping and spot multiplexing. You will also expand the platform to additional wavelength ranges and define tolerance and manufacturing concepts for series production.

• Optical design and simulation for innovative laser beam steering, for example in Zemax OpticStudio or Quadoa, including tolerance analyses.
• Characterisation of laser sources and optical components, wavefront and pointing stability, as well as validation in real-time applications.
• Development of modular, scalable optical assemblies for integration into partner systems, including interface definition.
• Root cause analysis and optimisation to minimise aberrations, power losses and thermal effects.
• Close cooperation with mechanics, electronics and software for integrated system solutions, including assembly and adjustment concepts.

Your qualifications and skills:

• Degree in physics, optics or photonics (master’s/diploma) with a focus on laser technology.
• Practical experience in optics development for industrial applications.
• Knowledge of optical metrology (interferometry, beam profiling) and materials science for optical components.
• Anticipated scaling skills: expertise in the mass production of optical assemblies (e.g. tolerance management for cost-effective scaling) and adaptation to various wavelengths for new markets such as e-mobility.
• Hands‑on mentality, good English skills and ability to work in a team in an agile start‑up environment.

What we offer:

• Creative freedom: Work directly on the further development of our INLEAP® FASTLIGHT® technology and actively contribute your own ideas.
• Innovative environment: Develop optical solutions for pixel-based, ultra-fast laser beam steering with a measurable impact in electronics manufacturing and safety-related areas.
• Interdisciplinary work: Work closely with experts in mechanics, electronics and software with short decision-making processes and genuine team spirit.
• Flexibility & prospects: Benefit from flexible working hours, a high degree of personal responsibility and development opportunities in a growing high-tech company.
• Central location: Our location in Hanover is centrally located (Hans-Böckler-Allee 20, 30173 Hanover) and offers excellent transport links and short distances.