Digital Fabrication

• Overview of digital fabrication processes
• Historical context and evolution
• Applications and industry impact

• Introduction to Solidworks interface and features
• Basic 3D modeling techniques
• Creating and exporting designs for fabrication

• Overview of ArtCAM software
• Designing for CNC machining with ArtCAM
• Practical session: Creating a design in ArtCAM

• Overview of 3D printing technologies
• Materials used in 3D printing
• Hands-on session: Creating and printing a basic 3D model

• Principles of 3D scanning
• Types of 3D scanners and their applications
• Practical session: Scanning an object and preparing it for fabrication

• Principles of laser cutting and engraving
• Suitable materials and applications
• Hands-on session: Designing and cutting a laser-cut project

• Basics of plasma cutting
• Materials and safety considerations
• Practical session: Creating a design for plasma cutting

• Basics of CNC wood cutting
• Tooling and materials
• Hands-on session: Creating a CNC wood-cut project

• Hybrid manufacturing processes
• Multi-material fabrication
• Automation in digital fabrication

• Real-world examples of digital fabrication
• Industry-specific applications
• Future trends and innovations

• Market analysis and business models
• Setting up a digital fabrication workshop
• Managing projects and client relationship

• Students present their projects
• Feedback and discussion
• Certification and course completion

Materials Needed:

• Computer with CAD software (e.g., Solidworks, ArtCAM)
• Access to digital fabrication tools (3D printer, 3D scanner, laser cutter, plasma cutter, CNC wood cutter)
• Basic materials for hands-on projects (plastic filament, wood, metal)

Prerequisites:

• Basic computer skills
• Familiarity with design software (recommended but not mandatory)