Module #1 Introduction to 3D Modeling Overview of 3D modeling concepts, importance in industrial design, and course objectives
Module #2 Basic 3D Modeling Tools Familiarization with popular 3D modeling software (e.g. Blender, SketchUp, Autodesk Fusion 360)
Module #3 Understanding NURBS and Polygon Meshes Theoretical foundations of 3D modeling:NURBS, polygon meshes, and their applications
Module #4 Modeling Fundamentals:Points, Lines, and Curves Basic 3D modeling techniques:creating points, lines, and curves in 3D space
Module #5 Modeling Fundamentals:Surfaces and Solids Creating surfaces and solids using various techniques (e.g. extrusions, sweeps, lofts)
Module #6 Modeling for Industrial Design:Products and Components Applying 3D modeling skills to industrial design:modeling products and components
Module #7 Design for Manufacturability (DFM):Principles and Best Practices Understanding DFM principles and applying them to 3D models
Module #8 Parametric Modeling:Introduction and Applications Introduction to parametric modeling using equations and rules to drive design
Module #9 Freeform Modeling:Organic Shapes and Surfaces Creating complex, organic shapes and surfaces using freeform modeling techniques
Module #10 Assembly Modeling and Constraints Creating assemblies and using constraints to manage relationships between parts
Module #11 Visualization and Rendering:Intro to Lighting and Materials Enhancing 3D models with lighting, materials, and textures for realistic visualization
Module #12 Prototyping Essentials:Rapid Prototyping and 3D Printing Introduction to rapid prototyping and 3D printing technologies
Module #13 Prototyping Technologies:CNC Machining and Laser Cutting Overview of CNC machining and laser cutting technologies for prototyping
Module #14 Simulation and Analysis:FEA, CFD, and Dynamic Simulation Applying simulation and analysis tools to test and optimize 3D models
Module #15 Design for Sustainability:Eco-Friendly Design and Materials Incorporating sustainable design principles and eco-friendly materials into 3D modeling
Module #16 Collaboration and Data Management:File Formats and Version Control Managing 3D model data and collaborating with others using version control systems
Module #17 Advanced Modeling Techniques:Scripting and Automation Using scripting languages and automation tools to streamline 3D modeling workflows
Module #18 Generative Design:Introduction to Algorithmic Modeling Applying generative design principles and algorithmic modeling techniques
Module #19 Reverse Engineering and Scan-Based Modeling Creating 3D models from physical objects using scanning and reverse engineering techniques
Module #20 Designing for Additive Manufacturing:Opportunities and Challenges Design considerations and methodologies for additive manufacturing
Module #21 Prototyping and Testing:Best Practices and Iteration Effective prototyping and testing methods for iterative design refinement
Module #22 Design for Manufacturability (DFM) Case Studies Real-world examples of DFM principles in industrial design
Module #23 Advanced Visualization and Animation Techniques Enhancing 3D visualizations with advanced animation and rendering techniques
Module #24 3D Modeling for Virtual Reality (VR) and Augmented Reality (AR) Creating 3D models for immersive VR and AR experiences
Module #25 Course Wrap-Up & Conclusion Planning next steps in 3D Modeling and Prototyping in Industrial Design career
