Module 1: Fundamentals of Mechanical Engineering

• • Introduction to Mechanical Engineering Principles
  • Basic Concepts of Thermodynamics and Fluid Mechanics
  • Strength of Materials and Structural Analysis
  • Understanding Mechanical Systems and Dynamics
  

Module 2: Drawing Detailing

• • Basics of Engineering Drawing
  • Dimensioning Standards and Techniques
  • Orthographic Projection
  • Geometric Dimensioning and Tolerancing (GD&T)
  • Assembly Drawings and Bill of Materials (BOM)
  

Module 3: Introduction to AutoCAD

• • Interface and Workspace Navigation
  • Drawing Tools and Techniques
  • Creating 2D Sketches and Drawings
  • Annotating and Detailing
  • Introduction to 3D Modeling in AutoCAD
  

Module 4: Sheet Metal Design

• • Understanding Sheet Metal Manufacturing Processes
  • Design Considerations and Best Practices
  • Creating Sheet Metal Parts in AutoCAD
  • Bending, Forming, and Unfolding Techniques
  • Sheet Metal Fabrication and Assembly
  

Module 5: Drawing Detailing

• Develop precision in creating detailed engineering drawings that adhere to industry standards. Understand annotation, dimensioning, tolerancing, and other essential aspects of drafting for mechanical engineering.

Module 6: Introduction to CATIA

• • CATIA Interface and Workbenches Overview
  • Sketching and Part Design in CATIA
  • Surface Modelling Techniques
  • Assembly Design and Kinematics
  • Generative Shape Design
  

Module 7: Advanced Surface Modelling

• • Creating Complex Surfaces in CATIA
  • Surface Editing and Manipulation
  • Mastering Lofting and Sweeping
  • Analyzing Surface Quality and Curvature
  • Incorporating Surface Modelling in Mechanical Design
  

Module 8: 3D Modelling of Sheet Metal

• Explore the nuances of sheet metal design in 3D space. Learn techniques to create accurate models, flatten surfaces, and optimize designs for manufacturing processes

Module 9: Surface Modelling Techniques

• Acquire advanced skills in surface modeling to design intricate geometries with precision. Understand spline creation, surface manipulation, and blending techniques to achieve desired aesthetics and functionality

Module 10: Fundamentals of Mechanical Engineering

• Deepen your understanding of core mechanical engineering concepts such as statics, dynamics, materials science, and thermodynamics. Gain insights into how these principles influence design decisions and engineering solutions

Module 11: Practical Applications

• Apply theoretical knowledge to real-world mechanical engineering scenarios. Work on industry-relevant projects and case studies to enhance problem-solving skills and design acumen