• Understand the principles and applications of CAD in engineering and design.
• Develop proficiency in using CAD software for creating 2D and 3D models.
• Learn to produce accurate engineering drawings and documentation.
• Apply CAD skills to design and analyze mechanical components and assemblies.
• Gain experience in presenting and communicating design ideas effectively.

• Introduction to CAD
  • History and evolution of CAD
  • Overview of CAD applications in various industries
  • Basic principles of computer-aided design

• Getting Started with CAD Software

• • Introduction to CAD software (AutoCAD, SolidWorks, Fusion 360, etc.)
  • User interface and basic tools
  • Setting up a new project and managing files

• 2D Sketching and Drawing

• • Creating and editing 2D sketches
  • Using drawing tools and commands
  • Applying dimensions and annotations
  • Layers, line types, and properties

• 3D Modeling

• • Principles of 3D modeling
  • Creating basic 3D shapes and features
  • Extrusion, rotation, and sweeping
  • Modifying and refining 3D models

• Assemblies and Constraints

• • Introduction to assemblies
  • Creating and managing assembly components
  • Applying constraints and mates
  • Exploding assemblies and creating assembly drawings

• Advanced CAD Techniques

• • Surface modeling and complex shapes
  • Sheet metal design
  • Parametric modeling and design automation
  • Simulation and analysis tools

• Engineering Drawings and Documentation

• • Creating detailed engineering drawings from models
  • Adding dimensions, tolerances, and annotations
  • Generating bills of materials (BOM)
  • Best practices for technical documentation

• Project-Based Learning and Collaboration

• • Group projects and collaborative design tasks
  • Real-world design challenges and case studies
  • Presenting and defending design solutions
  • Peer review and feedback

The course will place a special focus on 3D modeling and assembly design, providing students with the skills to create complex mechanical systems and detailed documentation. Emphasis will be placed on using CAD software for practical engineering applications, including simulation and analysis.

• Quizzes and exams to test theoretical knowledge
• Practical assessments on CAD software proficiency
• Individual and group projects
• Final design project presentation and report

• Basic understanding of mathematics and engineering principles
• Familiarity with computer operations