Supplier's Category: All Mechanical Engineering (ME): Structural design, mechanisms, and kinematics
Mechanical engineering here means structural design, mechanism development, and kinematics — the load paths, moving parts, and physical architecture that make a product work. It’s the core discipline that turns an industrial design concept into a part that can actually be built and function.
Mechanical design competence is domain-specific — a consultant strong in consumer product housings won’t necessarily have the right instincts for a multi-axis mechanism or a high-load structural frame.
- Ask for examples matching your product’s mechanical complexity: static enclosure vs. moving mechanism vs. load-bearing structure
- Check whether they run hand-calculations or FEA to validate designs, and whether that’s included in scope
- Confirm familiarity with your target manufacturing process so the design doesn’t need a second DFM pass
Related terms: mechanism design, structural analysis, kinematic modeling, tolerance analysis, GD&T (geometric dimensioning and tolerancing), enclosure design, load path analysis, fastening and joint design, motion linkage design, CAD detailing
Showing Mechanical Engineering (ME): Structural design, mechanisms, and kinematics 31-40 of 110
Where mechanical design sits in the workflow
Mechanical engineering typically follows industrial design (which sets the external form) and precedes DFM review and tooling — it defines the internal structure and mechanisms that make that form actually work.
Handoffs
- In from Industrial Design: exterior form and ergonomic constraints
- In from Materials Science Consulting: confirmed material properties for structural calculations
- Out to Design for Manufacturing (DFM): a structurally complete design ready for producibility review