The Course: What is Engineering?
500.101 Fall 2012
Research Professor, Chemical and Biomolecular Engineering
Sec 1: Thurs 1:30-3:20 MD109 (lecture), Tues 1:30-3:20 (lab)
The materials presented here represent and
support the Johns Hopkins University course "What is Engineering?" Most labs, projects, questions/problems, and references
which pertain to the course are included as .doc and .xls files. Additional
information such as sample exams, student learn sheets, Powerpoints, lectures,and miscellaneous class material
are also accessible. You can click through the materials beginning HERE
Required: (choose one)
- Ferguson, Eugene, Engineering and the Mind's Eye, MIT Press,
- Friedman, Thomas, The World is Flat, Picador, paperback, $16.00.
- Brown, Lester, World on the Edge, W.W. Norton, paperback, $16.00.
Other books of interest:
- Ashby, Michael F. and David R H Jones, Engineering Materials 1, Butterworth-Heinemann, paperback.
- Brand, Stewart, The Media Lab, Penguin Books, paperback, $15.95.
- Drexler, K. Eric, Engines of Creation, Anchor Books, paperback, $12.95.
- Gordon, J.E., The New Science of Strong Materials, Princeton, paperback,
- Salvadori, Mario, Why Buildings Stand Up, W.W. Norton, paperback, $10.95.
- Petroski, Henry, Invention by Design, Harvard Press, $24.95.
- Florman, Samuel, The Civilized Engineer, St. Martin's Press, paperback,
- Bucciarelli, Louis, Designing Engineers, MIT Press, paperback, $12.50.
- Van der Ryn, Sim, The Toilet Papers, Ecological Design Press, paperback,
- A spaghetti project with competitive testing (TBA)
- Writing projects
- evaluation of Ferguson's Engineering and the Mind's Eye or Friedman's The World is Flat or Brown's World on the Edge
- a mini research paper on emerging technology
- Oral project
- design and presentation of a solution to a specific engineering problem
Listed below are the non-virtual laboratory projects for this course. Complete
descriptions of the assignments are listed as indicated above. However,
demonstrations of laboratory techniques and equipment use are available here.
- Materials--determine the tensile and bending strength of spaghetti;
determine Young's modulus. Demonstration: mixing
- Mousetrap design--design a mousetrap from paper, rubber bands, and
- Multiparameter decision-making.
- Remote measurement--find the distance between two buildings; estimate
the measurement error.
- Mousetrap construction--construct a paper mousetrap from a set of
- Circuit building--assemble a robot-control circuit using TTL logic
chips and a breadboard. Chip
and circuit board description.
- Chemical processes--carry out distillation and paper chromatography
experiments. Observe gravitational instability in layered liquids. Demonstrations:
a hydrometer, creating a stratified fluid.
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