Students learn deterministic
design, selection, and assembly of machine elements to create and manufacture robust
precision machines, instruments, and systems. The overall approach is to apply
the design principles of Functional Requirements, Ergonomics & Environment,
Design Parameters, Analysis, References, Risks, Countermeasures (FREEDPARRC
pronounced “freed park”) catalyzed with a Peer Review Evaluation Process (PREP)
to create robust mechanical devices. Topics include FUNdaMENTAL
precision machine design principles, error apportionment & error budgeting,
machine elements, mechanical connections & interfaces, power transmission,
structures, selection of manufacturing methods and materials, and metrology.
Each topic is covered with respect to its principles of operation, mechanics
and performance, with real-world examples from the many products Prof. Slocum has
helped to commercialize from the world of MEMS to medical devices, to
manufacturing equipment and hydrocarbon and renewable energy harvesting related
machines.