Conduct finite element analysis (FEA) simulations to predict structural behavior under various loading conditions, ensuring product integrity and safety.

Develop and validate FEA models using appropriate element types, material properties, and boundary conditions for accurate representation of real-world scenarios.

Interpret FEA results, identify critical stress areas, and propose design modifications to enhance structural performance and durability.

Collaborate with design engineers to optimize product designs based on FEA findings, ensuring compliance with industry standards and customer requirements.

Perform linear and non-linear static, dynamic, and thermal analyses to evaluate structural response under different operating conditions.

Generate detailed FEA reports summarizing analysis procedures, results, and recommendations for design improvements.

Stay updated with the latest FEA software advancements and methodologies to improve analysis accuracy and efficiency.

Troubleshoot and resolve FEA model issues, such as convergence problems and mesh quality, to ensure reliable simulation results.

Participate in design reviews to provide FEA-driven insights and recommendations for optimizing structural designs.

Conduct material testing to determine accurate material properties for FEA simulations, enhancing the reliability of analysis results.

Automate FEA processes using scripting languages to improve efficiency and reduce manual effort in repetitive tasks.

Mentor junior engineers in FEA techniques and best practices, fostering a culture of continuous learning and improvement.

Create detailed FEA models using CAD software for accurate simulations.

Run simulations using FEA software to analyze structural behavior.

Interpret simulation results to identify stress concentrations and failure points.

Optimize designs based on FEA results to improve performance and reduce material usage.

Validate FEA models with physical testing to ensure accuracy and reliability.

Prepare detailed reports summarizing FEA results and design recommendations.

Select appropriate materials based on FEA analysis and performance requirements.

Ensure designs comply with relevant industry codes and standards.

Troubleshoot simulation errors and refine models for accurate results.

Collaborate with design engineers to integrate FEA findings into product development.

Stay updated with the latest FEA software features and updates.

Maintain thorough documentation of FEA models, simulations, and results.