SolidWorks

SolidWorks 3D Design Courses – Complete Program

 

This program aims to teach engineers and designers how to use SolidWorks for designing walkers, engines, fertilizer equipment, advanced modeling, and many other engineering aspects. The program covers 12 main sections to develop skills in 3D design, engineering analysis, and simulation.

1️⃣ Rollator Design Course

• Design of the walker frame and weight distribution.
• Adjusting wheels, braking system, and folding mechanism.
• Motion and comfort analysis for walker users.

2️⃣ Engine Design Course

• Modeling two-stroke and four-stroke engines.
• Designing engine components: pistons, crankshaft, and valves.
• Thermal and mechanical performance analysis.

3️⃣ Fertilizer Equipment Design Course

• Creating 3D models of fertilizer distribution systems.
• Studying load distribution and maneuverability.
• Durability testing and material analysis.

4️⃣ Features & Standards Course

• Understanding engineering and design standards in SolidWorks.
• Using advanced tools like Loft, Sweep, Shell, and Fillet.
• Using GD&T to define engineering requirements precisely.

5️⃣ Advanced 3D Modeling Course

• Designing complex shapes using Surface Modeling.
• Working with large assemblies and performance optimization.
• Design for manufacturability (DFM) strategies.

6️⃣ Motion Analysis & Simulation Course

• Using SolidWorks Motion for mechanism analysis.
• Simulating loads and forces on moving parts.
• Studying environmental impacts like friction and wear.

7️⃣ Sheet Metal Design Course

• Designing metal structures and bends using Sheet Metal.
• Preparing engineering drawings for manufacturing (Flat Patterns).
• Using metal forming and assembly tools.

8️⃣ Plastic & Injection Molding Course

• Modeling plastic products and injection molding processes.
• Designing molds and ensuring their suitability for production.
• Analyzing thermal flow and product quality.

9️⃣ Weldments & Fabrication Course

• Creating welded structures and stress analysis.
• Applying design constraints and adjusting dimensions in metal structures.
• Studying material resistance and its effects on the final design.

🔟 Finite Element Analysis (FEA) Course

• Studying stresses and loads using SimulationXpress.
• Analyzing deflections, vibrations, thermal, and mechanical stresses.
• Optimizing designs to ensure maximum safety and durability.

1️⃣1️⃣ Technical Drawing & Documentation Course

• Creating detailed drawings and preparing manufacturing documents.
• Using Annotation, GD&T, and BOM tools.
• Extracting manufacturing reports and preparing for CAM software export.

1️⃣2️⃣ Mechanism & Robotics Design Course

• Modeling robots and complex mechanical structures.
• Analyzing dynamic motion and part interactions.
• Using Mates & Constraints to set up moving assemblies.

🎯 Program Outcomes ✅ Mastering SolidWorks for mechanical and engineering product design.
✅ Developing analysis and simulation skills for real-world projects.
✅ Preparing designs that are manufacturable according to global standards.
✅ Improving production efficiency and reducing costs through smart design.

📌 Do you want to customize the course according to your needs?
We can prepare additional content for other fields such as 3D printing, medical product design, and more! 🎓🔧