Job Summary: We are seeking a skilled and motivated Finite Element Analysis (FEA) Engineer to join our team in the Industrial Adhesives and Tapes Division (IATD). The FEA Engineer will be responsible for performing advanced simulations and analyses to support the design, development, and optimization of adhesive products and systems. The ideal candidate will have a strong background in mechanical engineering, materials science, and computational modeling.


Key Responsibilities:

· Conduct finite element analysis (FEA) to evaluate the structural performance of adhesive products and systems.

· Develop and validate FEA models to simulate mechanical behavior, including stress, strain, and deformation.

· Collaborate with customers, 3M local and global engineers to optimize product designs based on simulation results.

· Interpret and communicate analysis results to cross-functional teams, providing recommendations for design improvements.

· Perform material characterization and incorporate material properties into FEA models.

· Support the development of new adhesive products by providing insights into mechanical performance and reliability.

· Stay current with advancements in FEA techniques, software, and industry best practices.

· Document analysis procedures, results, and recommendations in technical reports.


Your Skills and Expertise

· Bachelor’s degree or higher in engineering or science discipline, preferably in mechanical engineering.

· Min. 3 years of work experience in finite-element-based modeling and simulation, experience in tapes and adhesives is a plus.

· Experience with finite element analysis software tools to perform duties. (Abaqus, ANSYS, etc)

Additional qualifications that could help you succeed even further in this role include:

· Knowledge of using various modelling skills, advanced FEA skills like transient, fatigue, and non-linear analysis

· Exceptional communication skills, ability to translate complex technical information into customer’s language.


Preferred Skills:

· Knowledge of adhesive bonding and joint design.

· Familiarity with experimental validation techniques for FEA models.

· Experience with multi-physics simulations, including thermal and dynamic analysis.

· Proficiency in programming languages such as Python or MATLAB for automation and data analysis.