The Best Engineers Think Like Investors, Not Builders
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Re: The Best Engineers Think Like Investors, Not Builders
#2If it helps, think like an entrepreneur. That is, what does your exit look like? Will you exit better off, or worse (i.e., you haven't kept pace with the market).
In either case, it's not a job...it's an investment.
Re: The Best Engineers Think Like Investors, Not Builders
#3> I have a rule that any engineering work must have a minimum of 2x of the rewards to justify the cost. If I spend a month migrating, it has to save me two months of time to payoff.
That's not engineering though, it's management and/or business. Why study years and years of how computers work, to then think about people and business problems? It's just interesting to me that it's a common industry expectation.
Re: The Best Engineers Think Like Investors, Not Builders
#4Is this the case for most careers, because it seems to me it's a software industry issue. Maybe this applies elsewhere, but is it to the same extent? Are the best civil engineers the ones that think like investors? How about nuclear physicists or airplane mechanics? > I have a rule that any engineering work must have a minimum of 2x of the rewards to justify the cost. If I spend a month migrating, it has to save me t…
Because in school, you study engineering in a vacuum. In the real-world, you have financial constraints, time constraints, and business goals to meet.
Re: The Best Engineers Think Like Investors, Not Builders
#5Is this the case for most careers, because it seems to me it's a software industry issue. Maybe this applies elsewhere, but is it to the same extent? Are the best civil engineers the ones that think like investors? How about nuclear physicists or airplane mechanics? > I have a rule that any engineering work must have a minimum of 2x of the rewards to justify the cost. If I spend a month migrating, it has to save me t…
> Why study years and years of how computers work, to then think about people and business problems? Because in school, you study engineering in a vacuum. In the real-world, you have financial constraints, time constraints, and business goals to meet.