📌 Overview
FEMAP is an advanced engineering simulation application used to perform Finite Element Analysis on complex engineering problems. Developed by Siemens, it integrates with powerful solvers like NX Nastran, making it ideal for engineers in aerospace, automotive, defense, and heavy industries. This course will cover geometry creation, meshing, material assignment, and analysis of real-world components.
📚 What Will I Learn?
- Introduction to FEMAP GUI & Workflow
- Importing CAD Geometry from NX, SolidWorks, etc.
- Geometry Cleanup & Idealization Techniques
- Meshing Techniques – 1D, 2D, 3D
- Material Property Assignment
- Applying Constraints, Loads & Boundary Conditions
- Static, Modal, Buckling, and Thermal Analysis
- Result Evaluation and Post Processing
- Introduction to NX Nastran Solver
- Real-Time Industrial Projects:
- Bracket Load Analysis
- Structural Frame Analysis
- Thermal Distribution in Engine Block
🎯 Target Audience
- Mechanical & Aerospace Engineering Students
- CAD/CAE Engineers & Analysts
- Design Engineers working in simulation domain
- Professionals in FEA, R&D, and product development
- Anyone transitioning from CAD to FEA
🧾 Materials Included
- Sample CAD Models
- FEMAP Practice Files
- Step-by-Step Tutorials
- FEMAP Command Reference Sheet
- Project Reports Format
- Certificate of Completion
🧰 Requirements / Instructions
- Basic understanding of engineering mechanics
- Knowledge of CAD (NX/SolidWorks recommended)
- Installed FEMAP Software
- Fundamental knowledge of Finite Element Method
⏱️ Course Duration
Total Duration: 30 Days (2 hours per day recommended)
Mode: Offline / Online / Hybrid
Level: Intermediate to Advanced