Student Worker (m/w/d) – Electronical, Thermal, and Mechanical Field

Your mission

• Supporting set-up of optical, electronical, thermal or mechanical measurements; analysis as well as evaluation of results
  • Programming of serial interfaces
  • Programming of measurement scripts
  • Documentation and recording of measurements
• Thermal and mechanical simulations by applying “Finite Elements Methods”
  • Creation of thermal and mechanical models
  • Performing simulations

Your profile

• Study in electronics, electrical engineering or physics
• Experience with 3D CAD applications (SolidWorks preferred)
• First Experience in Matlab / Octave.
• First experience with Finite Elements Methods is a plus
• Interest in hands-on tasks and practical work, driven by an attitude of accuracy, precision, reliability and safety
• Self-organised with an ambitious work style
• Languages: fluent in English (written and spoken), basic German skills are expected

Why us?

• An international team within a dynamic and challenging business environment
• Excellent opportunities for professional growth to accomplish your academic education
• Dealing with state-of-the-art or even pioneering technologies
• Flexible working times
• Commensurate compensation and attractive benefits
• Last but not least, future job opportunities (postgraduate or post doc) in R&D – we plan to grow significantly throughout the years to come

About us

Nichia is the worldwide leading LD (Laser Diodes) / LED (Light Emitting Diodes) manufacturer with a substantial market share among other high brightness LED manufacturers and an annual turnover of approximately JPY 507.1 billion in 2023. Nichia Corporation is a Japanese company with 15 Sales Offices all over the world and some 9,500 employees worldwide.

NICHIA is the inventor of the super high brightness InGaN-based blue LED, having realized that breakthrough in 1993. On that basis we succeeded in 1996 with the invention of the phosphor converted White LED. Since then, our InGaN-based LEDs in a huge variety of emission colors, ranging from ultraviolet to amber, have substantially contributed to the diversification of LED application fields.

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