Mechanical Engineering Design Course

The demand for skilled mechanical design engineers is growing rapidly across industries like manufacturing, fabrication, process plants, and automotive. However, most engineering graduates struggle to meet industry expectations due to a lack of practical exposure and software proficiency. The Mechanical Engineering Design Course, designed in line with Kagira’s industry-driven training model, focuses on bridging this crucial gap.

Module 1: Industry-Oriented Engineering Drawing

• Introduction to Mechanical Design Process

• Projection methods, Sectional views, and Detailing

• Welding symbols, Surface finish, Fits and Tolerances (GD&T)

• Drawing standards: ASME Y14.5, ISO 1101

• Practice: Preparation of component and assembly drawings

Module 2: Design of Mechanical Components (Industry Standards)

• Design calculations based on PSG Design Data Book

• Joints: Bolted, Riveted, Welded – Strength Calculations

• Shaft, Keys, Couplings, Bearings (Rolling and Plain)

• Gear types: Spur, Helical, Bevel, Worm – Selection & Calculations

• Belt, Chain, Rope Drives – Power Transmission Design

• Spring and Clutch Design Basics

Module 3: Material Selection & Manufacturing Considerations

• Ferrous and Non-Ferrous Materials

• IS/ASTM Material Standards

• Heat Treatment and Hardness Basics

• Casting, Machining, Forging, Welding – Impact on Design

Module 4: AutoCAD Mechanical – Production Drawing

• 2D Drafting with Industry Templates

• Layers, Blocks, BOM creation

• Preparation of Part and Assembly Drawings

• Mechanical toolsets (Standard parts: Nuts, Bolts, Screws)

• Exercises: Flanges, Brackets, Fixtures, Gear Housing

Module 5: Solid Modeling (Creo / SolidWorks / Inventor)

• Parametric Part Modeling & Assembly Design

• Surface, Sheet Metal, and Weldment Design

• Exploded View, Animation, and Rendering

• Drafting with GD&T and Standards

• Real-Time Projects: Gear Box, Machine Frame, Jigs & Fixtures

Module 6: Mechanical Design Standards & Practices

• Indian and International Standards (IS, ANSI, ISO, DIN)

• Machining Symbols, Tolerance Stack-Up

• Design Documentation Practices in Manufacturing Industry

Module 7: Design Validation Tools (Optional/Advanced)

• Basic FEA – Structural Analysis using ANSYS or SolidWorks Simulation

• Stress, Strain, and Displacement Checks

• Report Generation and Interpretation

Module 8: Mini Projects & Industrial Case Studies

• Reverse Engineering of Machine Parts

• Redesign Projects with Manufacturing Optimization

• Final Design Project with Drawings, 3D Models, and BOM

Conclusion

Mechanical design is more than just theory—it’s about transforming ideas into functional products and systems. This course empowers students and professionals with practical skills, design knowledge, and software expertise that directly align with the needs of the mechanical industry.

Mechanical Engineering Design Course