<ul data-eligibleForWebStory="true"><li>Learning programming teaches structured thinking, problem-solving, automation, and data validation.</li><li>Top universities like MIT, Stanford, and ETH Zurich integrate programming in their engineering curricula.</li><li>Programming is essential for modeling, data analysis, and automation in engineering disciplines.</li><li>Students benefit from courses like Computational Thinking, Programming Methodology, and MATLAB programming.</li><li>Programming enhances engineers' ability to understand, build solutions, and work in a digital environment.</li><li>Examples include automating thermodynamics calculations, evaluating design alternatives, and analyzing experimental data.</li><li>Programming tools enable faster decision-making, economic evaluations, and environmental impact assessments.</li><li>Knowing how to program enhances engineers' agility, flexibility, and decision-making abilities.</li><li>Automation of tasks like experimental design, data collection, and analysis reduces errors and improves reproducibility.</li><li>Students can quantify environmental impact, simulate different scenarios, and compare sustainable options using programming skills.</li></ul>

Why should every engineer know how to program?

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