
This course aims at introducing the need to account for variability, mathematically represent it, formulate it and control it. Concepts such as quality, robustness, six sigma and orthogonal array will be discussed

Learn to machine aluminum molds for home injection molding using CNC milling. Covers mold design, CAM software, machining process, problem diagnosis, and post-processing techniques.

Accelerate plastic part design with Fusion 360's Product Design Extension. Learn to create manufacturable bosses, snap fits, and ribs while leveraging design advice for injection molding optimization.

Learn to create exploded views and detailed drawings of a complex laser projector assembly, including techniques for component manipulation, storyboarding, and technical documentation in Fusion 360.

Detailed walkthrough of creating a laser projector's center housing, covering injection molding, PCB integration, and assembly techniques in Autodesk Fusion 360.

Explore injection molding for acrylic lenses, from machining the mold to analyzing stress concentrations using polarized light and birefringence. Learn about equipment, theory, and practical application.

Explore the fascinating process of disc golf disc manufacturing with an exclusive behind-the-scenes tour at MVP, revealing innovative techniques and insider insights into this growing sport.

Learn to construct mold cavities and core pins using multi-body part capabilities in Creo Parametric 11.0, without specialized mold packages.

Explore the process of designing and manufacturing an injection-molded case for Tomu, a tiny USB computer. Learn about mechanical diagrams, open-source software, and production considerations for plastic cases.

Experience real-world product development challenges through injection mold testing, prototype iterations, and practical problem-solving in manufacturing, showcasing the realities of industrial fabrication.