202205092134 The Art of Doing Science and Engineering
#structure #sourceAn excellent book by Richard Hamming on doing science, 202203210833 Systems thinking, 202208131327 System design, and having 202205231312 A Career.1
- 202207271527 An order of magnitude of change produces new effects
- To the extent you can choose, work on the problems that you think will be important (202206112310 Work on what matters).
- 202207271530 Expertise is required to create useful simulations
- 202207271958 Stability or instability dominates a system
- 202207272000 Garbage in, garbage out
- 202208211340 Users can affect the validity of simulations
- 202208211331 Simpson's paradox
- 202208211352 There is no shortcut to learning
- 202208211358 Hawthorne effect
- 202208211404 Learning to follow and learning to lead
- 202208211426 Work with people who know they don't know
- 202211031026 The unreasonable effectiveness of mathematics
- 202211030958 Creative accomplishments happen over time
- 202110251122 Analogy is a highly effective communication method
- 202304031221 Breadth of knowledge fuels analogy
- 202308271108 Construct hooks for future knowledge
- 202304041100 Learn, don't memorize
- 202304031233 Repeated success requires adaptation
- 202304031244 There is never time to fix things later
- 202304031254 Small careful samples are better than large poor ones
- 202304041619 Keep the whole in mind
- TBR p. 368 One Man's Systems Engineering by H.R. Westerman
- 202304041047 Do significant things with your life
- 202304102010 Interactions with reality drive innovation
- 202304102024 Great people have a great deal of drive to do great things
- 202304112152 Intellectual investment is like compound interest
- 202304112203 Ten percent time
- 202304112220 Selling ideas requires effort
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Hamming, R. W. (2020). The art of doing science and engineering: Learning to learn. Stripe Press. https://www.goodreads.com/book/show/53349431-the-art-of-doing-science-and-engineering ↩