The role involves leading the development of a fundamental understanding of the mechanical behavior of 3M materials and products through advanced research
Job Summary
The role involves leading the development of a fundamental understanding of the mechanical behavior of 3M materials and products through advanced research.
Candidates will collaborate with global cross-functional teams including application engineers and scientists to enable next-generation products via Multiphysics/FEA modeling.
The position requires initiating and contributing to the analysis and development of intellectual property while establishing digital twins and new digital workflows.
Matching Summary
The role involves leading the development of a fundamental understanding of the mechanical behavior of 3M materials and products through advanced research.
Skills & Requirements
Must-have
PhD or Master's degree in Mechanical Engineering
Experience in deformable body mechanics
Fundamental understanding of soft matter physics
Mechanical testing and analysis for polymers
Cross-functional collaboration skills
Nice-to-have
Python programming experience
Finite Element Analysis (FEA) modeling expertise
Global team collaboration experience
Customer-facing problem solving
Leadership in high-performance teams
Key Requirements
Ph.D. or Master's degree in Mechanical Engineering, Materials Science, Physics, or Chemistry
Minimum 3 years of experience in deformable body mechanics
Fluency in English for business operations
Proven ability to work in cross-functional environments