Seven common mechanical design mistakes that can make a technically correct CAD model difficult, expensive or impossible to manufacture.

Seven AI, CAD and engineering automation skills that can make mechanical and product designers more productive before 2030.

Seven product-development lessons mechanical engineers can learn from industrial designers, from user experience and form to interfaces and visual hierarchy.

Learn seven practical skills that help a mechanical CAD designer move from component design into complete product development.

The seven practical skills mechanical designers need in 2026 to stay valuable as AI, automation and advanced CAD change engineering work.

Learn how to design a rigid and reliable coupling mount with proper alignment, fastener layout, stiffness, access and vibration considerations.

Understand factor of safety in mechanical design, including the basic formula, yield and ultimate strength, loading uncertainty and practical design checks.

A practical guide to mechanical base plate design covering thickness, bolt layout, stiffness, bearing area, bending, deflection and manufacturability.

Practical CNC milling design for manufacturing: learn how hole size, pockets, tool access, corner radii, tolerances, workholding and inspection affect cost and production reliability.

Learn how to select a shaft coupling using torque, speed, misalignment, environment, service factor and practical machine design checks.