1. Develop advanced design skills using CAD and modeling tools.

2. Provide knowledge of mechanical and structural design elements.

3. Enhance creativity and analytical thinking in engineering design.

4. Build competence in design evaluation and improvement.

5. Prepare learners for roles in design, drafting, and engineering industries.

6. Strengthen project management and documentation skills.

1. Analyze construction processes and apply appropriate engineering principles

2. Evaluate material properties and select suitable materials for different construction needs

3. Apply structural and geotechnical concepts in design and construction scenarios

4. Conduct surveying operations using advanced techniques and tools

5. Develop detailed construction drawings and digital models

6. Plan and manage construction projects including costing and scheduling

7. Apply sustainability and quality control measures in construction

8. Produce a complete civil engineering project with proper documentation

Module 1: Engineering Mathematics for Design

• Algebra
• Trigonometry
• Geometry
• Calculus Basics
• Engineering Calculations
• Graphical Methods
• Measurement Systems
• Units and Conversions

Module 2: Advanced Engineering Drawing

• Complex Orthographic Views
• Auxiliary Views
• Sectional Drawings
• Detailed Assembly Drawings
• Exploded Views
• Tolerances and Fits
• Surface Finish Symbols
• Drawing Standards

Module 3: 3D CAD Modeling

• Introduction to 3D CAD
• Solid Modeling
• Surface Modeling
• Part Modeling
• Assembly Modeling
• Design Modifications
• Rendering Techniques
• File Export and Integration

Module 4: Machine Design Fundamentals

• Design of Machine Elements
• Shafts
• Bearings
• Gears
• Springs
• Couplings
• Fasteners
• Design Safety Factors

Module 5: Materials and Manufacturing for Design

• Advanced Material Selection
• Manufacturing Methods
• Machining Processes
• Casting Processes
• Welding Methods
• Surface Treatment
• Manufacturing Constraints
• Design for Manufacturing (DFM)

Module 6: Design Analysis and Testing

• Stress and Strain Concepts
• Load Analysis
• Failure Analysis
• Simulation Basics
• Testing Methods
• Design Validation
• Reliability Testing
• Performance Evaluation

Module 7: CAD CAM and Automation

• Introduction to CAM
• CNC Programming Basics
• Tool Path Generation
• Automation Systems
• Robotics Basics
• Production Integration
• Manufacturing Software
• Automation Safety

Module 8: Project Management and Design Documentation

• Project Planning
• Scheduling Techniques
• Resource Management
• Cost Estimation
• Design Documentation
• Risk Management
• Reporting Techniques
• Team Collaboration

Final Project