Electromagnetics & Materials AI Modeling Engineer

DSO National Laboratories; Singapore; On-site; SGD 90,000 - 130,000; Full time

Job summary

DSO National Laboratories is seeking an Electromagnetics R&D Engineer in Singapore. You will design high-performance electromagnetic materials, work in a fast-moving team and push the pipeline from design to product using data-driven testing.

You will leverage modelling tools across multiphysics domains, explore AI models, and contribute to an integrated experimental and analytical loop to accelerate development of EM materials and applications.

Qualifications

• PhD/Masters/Bachelor’s in Materials Science or related engineering fields.
• Background in Materials Science/Mechanical Engineering/Electromagnetics/ Computation.
• Proficiency in computation, modelling and coding.
• Experience with Multiphysics modelling or materials modelling involving microstructure.
• Experience with AI models and developments, such as generative and agentic related work is favourable.
• Self-driven, high adaptability.
• Good team player in a diverse technical team.
• Excellent analytical skills.

Responsibilities

• Be involved in cutting edge R&D into Design of Materials and Concepts for high performance electromagnetic applications.
• Be part of a fast-moving team building up an accelerated design to product pipeline with data driven testing.
• Utilise modelling tools and Multiphysics frameworks to accelerate development, including CALPHAD approaches and AI models.
• Contribute to an integrated experimentation and analysis process to create a data-driven pipeline for EM materials development.

Skills

Computation

Modelling

Coding

Analytical skills

Team player

Education

PhD / Masters / Bachelor’s Degree in Materials Science and Engineering; Electrical Engineering; Engineering Physics; Engineering Science; Mechanical Engineering

Tools

CALPHAD

Multiphysics modelling tools

Job description

DSO National Laboratories is seeking an Electromagnetics R&D Engineer in Singapore. You will design high-performance electromagnetic materials, work in a fast-moving team and push the pipeline from design to product using data-driven testing.

You will leverage modelling tools across multiphysics domains, explore AI models, and contribute to an integrated experimental and analytical loop to accelerate development of EM materials and applications.