Senior Modeling & Simulation Engineer – LED & Optoelectronics

Ams Osram; Malaysia; On-site; MYR 40,000 - 60,000; Full time

Job summary

Ams Osram in Malaysia is seeking qualified engineers to develop, validate, and apply finite element analysis for LED chips and packaging. The role includes providing support to the Technology and R&D teams from concept to product development. Ideal candidates will possess a strong understanding of applied mechanics and have hands-on experience with FEA and CAD tools, alongside excellent analytical and communication skills. This position offers an opportunity to enhance product performance using advanced simulation techniques.

Qualifications

• Strong understanding of applied mechanics, with emphasis on analytical, computational, and measurement methods.
• Hands-on experience with simulation tools and CAD tools.
• Experience in optoelectronic material characterization methodologies and analysis.

Responsibilities

• Develop, validate, and apply finite element analysis for LED chips and packages.
• Provide interdisciplinary support to the Technology and R&D team from concept to product.
• Support the development team in identifying and preventing early-stage design issues.

Skills

Finite element analysis

Analytical methods

Simulation tools (ANSYS/COMSOL)

Computer programming (Matlab, C++)

Education

Ph.D/Master’s/Bachelor’s degree in Mechanical Engineering, Computational Mechanics, Materials Science, Physics, or Mathematics

Tools

FEA or CFD tools

CAD tools

Job description

Ams Osram in Malaysia is seeking qualified engineers to develop, validate, and apply finite element analysis for LED chips and packaging. The role includes providing support to the Technology and R&D teams from concept to product development. Ideal candidates will possess a strong understanding of applied mechanics and have hands-on experience with FEA and CAD tools, alongside excellent analytical and communication skills. This position offers an opportunity to enhance product performance using advanced simulation techniques.