ANSYS Workbench
Course Overview
The ANSYS Workbench Course is a career-oriented professional training program designed to help students master engineering simulation and analysis using ANSYS Workbench, one of the most powerful CAE (Computer-Aided Engineering) tools used across mechanical, civil, automotive, and aerospace industries ⚙️🏗️✈️.
This course focuses on real-world simulation, problem-solving, and design validation to improve product performance and safety.
At CAD Centre Mavelikara, the course emphasizes hands-on, project-based learning with real engineering analysis projects, guided by industry-expert trainers 👨🏫👩🏫.
👥 Who Can Join This Course?
🎓 Mechanical Engineering students
🏗️ Civil Engineering students
🚗 Automobile & Aeronautical students
🧑🏭 Working professionals
🔧 Design engineers
🌱 Beginners interested in engineering simulation
⏳ Course Duration
📅 Duration: 2 – 4 Months
🕒 Class Mode: Regular / Fast Track / Weekend Batches
👨👩👧 Batch Size: Small batches for individual attention
💻 Software Covered
🧪 ANSYS Workbench (Latest Version)
📚 Course Curriculum
🔹 Module 1: Introduction to CAE & ANSYS
📌 Fundamentals of CAE & FEA
🖥️ ANSYS Workbench interface
📐 Units, material properties & geometry
🔁 Simulation workflow overview
🔹 Module 2: Static Structural Analysis
⚙️ Loads, supports & boundary conditions
🧱 Stress, strain & deformation analysis
📊 Result interpretation
📄 Engineering report basics
🔹 Module 3: Modal & Harmonic Analysis
🎵 Natural frequencies & mode shapes
🔊 Vibration analysis
📊 Frequency response interpretation
🧠 Practical vibration problems
🔹 Module 4: Thermal Analysis
🔥 Steady-state & transient thermal analysis
🌡️ Heat transfer & temperature distribution
📊 Coupled thermal-structural analysis
🔹 Module 5: Meshing Techniques
🧩 Mesh controls & refinement
📐 Element types & quality checks
⚙️ Mesh optimization for accuracy
🔹 Module 6: CFD Basics (Introduction)
🌬️ Fluid flow fundamentals
🚗 Flow simulation basics
🌊 Boundary conditions & results overview
📊 CFD workflow introduction
🔹 Module 7: Design Optimization & Validation
🔁 Design iterations
📊 Parametric studies
🧠 Design optimization concepts
📄 Simulation-based decision making
🔹 Module 8: Real-Time Projects
⚙️ Mechanical component analysis
🏗️ Structural analysis projects
🔥 Thermal analysis case studies
📁 Complete simulation project reports
🧠 Key Skills You Will Learn
🧪 Engineering simulation & validation
⚙️ Structural & thermal analysis
🎵 Vibration & modal analysis
🌬️ CFD fundamentals
📊 Result interpretation & reporting
💼 Industry-ready CAE workflow
💼 Career Opportunities
After completing the ANSYS Workbench course, you can work as:
🧪 CAE Engineer
⚙️ Simulation Engineer
🏗️ Structural Analyst
🚗 Automotive CAE Engineer
✈️ Aerospace Analysis Engineer
⭐ Course Benefits
✅ 100% practical, project-based training
✅ Real-time engineering simulation projects
✅ Industry-expert trainers
✅ Portfolio & simulation reports 📁
✅ Course completion certificate 📜
✅ Placement assistance 🤝
✅ Flexible class timings ⏰
🏆 Certification
📜 CAD Centre Course Completion Certificate
🌍 Industry-recognized CAE training