3D Printing & Modeling
Master the art of 3D printing, from operating and maintaining a printer to designing your own models. Create custom parts, prototypes, and artistic objects using CAD software.
56 courses
Master the essentials of ASME and ISO GD&T standards to read, interpret, and apply engineering drawings accurately in mechanical and manufacturing projects.
Learn how to transform digital concepts into physical objects using modern additive manufacturing technologies and materials.
Master the core principles of additive manufacturing, explore sustainable materials, and learn how to prepare digital designs for high-quality 3D prints.
Learn to design custom 3D models, configure slicing settings, and troubleshoot prints using accessible, industry-standard tools.
Build practical 3D design skills by learning to model custom parts, create detailed assemblies, and prepare engineering drawings for manufacturing and 3D printing.
Discover how 3D printing transforms design, manufacturing, and local production, and learn to evaluate materials and technologies for your own projects.
Learn to translate your three-dimensional ideas into precise digital models using fundamental 2D sketching techniques and modern parametric CAD design principles.
Learn to create digital models for 3D printing using Tinkercad and Fusion 360 while exploring 3D scanning and modern slicing workflows.
Master the essential principles of designing plastic parts, from material selection to manufacturing guidelines, tailored for aspiring mechanical and product designers.
Master the fundamentals of CATIA V5 to create precise 3D parts, build complex assemblies, and generate professional engineering drawings from scratch.
Build a strong foundation in parametric 3D modeling by practicing essential sketching, part design, and assembly techniques for modern engineering workflows.
Master essential 3D printing technologies and design principles to transition from traditional manufacturing to modern additive production processes.
Learn how to prepare, configure, and optimize your 3D models using Cura Slicer to ensure high-quality physical prints every time.
Master the fundamentals of additive manufacturing to accelerate product development and transform digital designs into physical prototypes.
Learn to design parts, build assemblies, and create engineering drawings through a structured, text-based curriculum for beginners.
Master the core principles of layer-based production and learn to navigate the end-to-end workflow from digital design to physical part.
Learn how desktop 3D printers work, master essential hardware calibration, and troubleshoot common mechanical issues to achieve high-quality prints.
Learn to design adaptable 3D parts using cloud-based CAD, mastering sketches, geometric constraints, and parametric features to build robust engineering models.
Learn to transform digital designs into physical parts by mastering toolpath generation and G-code creation for CNC machines.
Learn to create precise 3D parts, manage complex assemblies, and generate professional technical drawings from scratch.
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