Mechanical Designer Fundamentals: Parts, Assemblies, and CAD Workflows

Every great physical product begins with a solid mechanical design. Transitioning from a creative concept to a functional, manufacturable part requires a deep understanding of standard engineering workflows and CAD methodologies. This course guides you through the foundational principles of mechanical design. You will learn how to approach 3D modeling systematically, organize complex assemblies, and apply industry-standard design rules to ensure your components fit and function perfectly in the real world. What you'll learn: 1. Understand core mechanical design terminology, engineering constraints, and standard drawing conventions. 2. Create structured 3D part models using robust, parametric design methodologies. 3. Build and constrain complex multi-part assemblies while maintaining design intent. 4. Apply design-for-manufacturing principles, including tolerances and material selection. 5. Incorporate modern workflows such as generative design concepts and additive manufacturing considerations. 6. Manage design changes and version control within modern collaborative product lifecycles. You will start with the fundamental concepts of engineering design before moving into structured modeling methodologies, assembly management, and manufacturing considerations. This course is designed for aspiring mechanical designers, engineering students, and makers with no prior professional CAD experience. Begin your journey into mechanical design and start building your engineering foundation today.