Learn how to apply engineering drawings installation principles in practical design work, including dimensions, tolerances, GD&T, datums, sections, BOMs, revisions, manufacturing, and inspection.
Learn how to apply machine design fundamentals installation principles in real projects, from requirements and calculations to CAD, assembly, testing, safety, and documentation.
Use this CNC machining selection guide to choose between milling, turning, 3-axis, 5-axis, precision machining, and supplier capabilities based on geometry, material, tolerance, volume, and cost.
Learn what affects CNC machining cost, including material, machine time, geometry, tolerances, quantity, tooling, inspection, finishing, lead time, and supplier capability.
Learn practical CNC machining safety practices covering guarding, interlocks, emergency stops, lockout/tagout, PPE, chips, coolant, fire hazards, setup, maintenance, and key machine-tool standards.
Learn common GD&T mistakes and practical geometric dimensioning and tolerancing troubleshooting methods for datums, position, runout, MMC, profile, inspection, and drawing control.
Learn common machine design mistakes and practical machine design fundamentals troubleshooting methods for load, stiffness, alignment, tolerances, bearings, lubrication, and maintenance.
Learn common engineering drawing mistakes and practical engineering drawings troubleshooting methods for dimensions, tolerances, GD&T, datums, sections, BOMs, revisions, and inspection.
Learn how engineering drawings cost affects machining, inspection, rework, supplier quoting, assembly, quality, revision control, and total project cost.
