ENGG 1100 Study Guide - Final Guide: Greenhouse Gas, Computer Engineering, Little Finger

• School: University of Guelph
• Department: Engineering
• Course: ENGG 1100
• Professor: All

Document Summary

To design a systematic engineering design requires depth, terminology, and reflection: feasibility -> preliminary -> detailed. Problem identification -> idea generation -> idea selection -> detailed design -> design validation -> implementation. Solve the right problem (having to determine the actual problem) Hotel elevator case: there were complaints of the elevator taking too long so guest had to wait, they wanted a new elevator that was faster. However, this was very expensive and a long project: the problem was solved by having a mirror beside the elevator to distract guests (no complaints after that) The(cid:396)e is a (cid:272)halle(cid:374)ge to fi(cid:374)d (cid:449)hat (cid:455)ou"(cid:396)e (cid:396)eall(cid:455) t(cid:396)(cid:455)i(cid:374)g to sol(cid:448)e. Leads to: objectives long and short term aspirations (goals/ambitions). Many systems in a design with many layers and problems. You must get comfortable with the material, learn the terminology and the world of the user, and observe other possible solutions. You must also check for a(cid:374)(cid:455) pate(cid:374)ts (cid:894)do(cid:374)"t (cid:449)a(cid:374)t to get sued(cid:895).