COURSE OBJECTIVE

The objective of the course "3DEXPERIENCE: Structural Analysis Engineer" is to provide learners with comprehensive skills and knowledge essential for roles in structural analysis engineering. Focusing on finite element analysis (FEA), simulation techniques, and structural design optimization, this course offers hands-on experience using the cutting-edge 3DEXPERIENCE platform. Learners will acquire proficiency in analyzing complex structures, evaluating their performance under different loading conditions, and optimizing designs for maximum efficiency and safety. This course prepares learners to excel in industries where precise structural analysis is crucial, such as aerospace, automotive, and civil engineering.

COURSE OUTCOME:

After Completion Of The Course, Students Will Be Able To:

CO1: Understand the foundational principles of structural analysis, including concepts such as stress, strain, deformation, and failure modes, within the context of engineering applications.

Uses of 3DEXPERIENCE: STRUCTURAL ANALYSIS ENGINEER:

• Utilize 3DEXPERIENCE to simulate and analyze structural behavior under various loading conditions.
• Perform finite element analysis (FEA) using 3DEXPERIENCE to predict structural responses and identify critical areas for optimization.

CO2: Gain proficiency in utilizing computational tools such as finite element analysis (FEA) software for structural analysis, including preprocessing, solving, and post-processing stages.

Uses of 3DEXPERIENCE: STRUCTURAL ANALYSIS ENGINEER:

• Employ 3DEXPERIENCE for mesh generation, boundary condition setup, and material property assignment.
• Utilize the analysis capabilities of 3DEXPERIENCE to interpret results and make engineering decisions.

CO3: Develop the ability to interpret and apply engineering codes and standards relevant to structural analysis, ensuring compliance with industry regulations and safety requirements.

Uses of 3DEXPERIENCE: STRUCTURAL ANALYSIS ENGINEER:

• Utilize 3DEXPERIENCE to validate designs against industry standards and regulations.
• Incorporate design optimization techniques within 3DEXPERIENCE to enhance structural performance while meeting safety criteria.

CO4: Acquire skills in communicating technical findings effectively through written reports, presentations, and visualizations, facilitating collaboration and decision-making processes.

Uses of 3DEXPERIENCE: STRUCTURAL ANALYSIS ENGINEER:

• Generate comprehensive reports and visualizations using output data from 3DEXPERIENCE simulations.
• Collaborate with multidisciplinary teams by sharing simulation results and insights through the 3DEXPERIENCE platform.

CO5: Apply the knowledge and skills acquired throughout the course to analyze and solve real-world engineering problems, demonstrating critical thinking, creativity, and professional ethics.

Uses of 3DEXPERIENCE: STRUCTURAL ANALYSIS ENGINEER:

• Apply 3DEXPERIENCE to analyze and optimize structural designs for specific applications, considering factors such as performance, cost, and manufacturability.
• Demonstrate ethical and responsible engineering practices when using 3DEXPERIENCE tools and interpreting simulation results.