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A legendary computer scientist reveals that greatness is a learnable style of thinking, teaching readers how to cultivate a vision, work on important problems, and make significant contributions in science and engineering.

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What it’s about

In 'The Art of Doing Science and Engineering,' Richard Hamming argues that the difference between a good scientist and a great one is not innate genius, but a consciously cultivated 'style' of thinking. Drawing from his storied career at Bell Labs alongside luminaries like Claude Shannon and John Tukey, Hamming moves beyond technical instruction to teach the reader how to learn, how to choose important problems, and how to develop the vision and courage necessary for groundbreaking work. Through a series of personal anecdotes, reflections, and analyses of great discoveries, the book serves as a masterclass in intellectual craftsmanship, aiming to transform the reader from a passive follower into a leader who makes significant, lasting contributions to their field.

The through-line

Who it’s for
An ambitious scientist, engineer, or student who wants to make significant, lasting contributions to their field. They are competent and hardworking but feel there's a gap between their current work and the 'great' work they aspire to do.
The problem
The reader works in a field with an overwhelming amount of information, rapid technological change, and constant pressure to focus on short-term, incremental tasks, leaving no clear path to work on truly important problems. They feel frustrated, uncertain, and anxious about becoming obsolete. They doubt they possess the 'genius' required for greatness and fear spending their one life on trivialities.
The plan
  1. Develop a Vision: Consciously formulate a long-term goal for your career, even if it's imperfect.
  2. Choose Important Problems: Regularly set aside time to identify and focus your efforts on the most significant questions in your field.
  3. Master the Fundamentals: Prioritize learning deep, lasting principles over transient technical details to ensure you can adapt and learn new fields.
  4. Cultivate a Creative Style: Practice habits like working with an open door, tolerating ambiguity, inverting problems, and questioning assumptions.
  5. Commit and Persist: Develop the courage and drive to pursue your vision through long periods of difficulty and discouragement.
The payoff
The reader becomes a leader who shapes their field, creating work that is remembered and built upon by future generations. · They enjoy a deeply fulfilling career, secure in the knowledge that they have used their one life to its fullest potential. · They remain intellectually agile and relevant, capable of navigating technological change and contributing for their entire career.

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