Applied 3D Printing and Additive Manufacturing

Producing durable, accurate components with 3D printing requires more than default slicer profiles; it requires a structured understanding of additive manufacturing principles. This comprehensive text-based course guides you through the technical workflows, mechanical considerations, and material science necessary to manufacture functional parts reliably. What you'll learn: Understand core additive manufacturing terminology, process classifications, and material properties. Apply Design for Additive Manufacturing principles to engineer parts with optimal tolerances, overhangs, and wall thickness. Configure advanced slicer parameters, including infill geometries, perimeter counts, and support structures. Diagnose and troubleshoot common fabrication defects through systematic root-cause analysis. Practice modern post-processing techniques and material recycling workflows for sustainable production. You will start with foundational terminology and machine kinematics before advancing into detailed parameter planning and optimization exercises. This course is tailored for beginners, hobbyists, and aspiring technicians looking to build reliable fabrication skills without prior engineering experience. Start reading today to turn your digital concepts into durable physical objects.