Intro to engineering in STEM
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Slide 1: What is engineering?
Engineering is the creative application of science and math to solve real‑world problems. It designs, builds, tests, and improves systems, devices, and processes.
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Slide 2: Key disciplines
Major branches include mechanical, electrical, civil, chemical, computer, and aerospace engineering. Each focuses on different challenges.
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Slide 3: Design process
The engineering design process guides work: ask, imagine, plan, create, test, and improve based on feedback and data.
Think in systems, manage constraints, weigh trade‑offs, ensure safety, and uphold ethics in all decisions.
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Slide 5: Tools & methods
Engineers use sketches, CAD, prototyping, simulations, and testing to turn ideas into reality.
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Slide 6: Real-world impact
Engineering shapes daily life: safe bridges, reliable electronics, sustainable energy, medical devices, and efficient transportation systems.
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Slide 7: Notable engineers
Trailblazers like Grace Hopper, Nikola Tesla, and Elon Musk demonstrate creativity, persistence, and cross‑disciplinary thinking.
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Slide 8: STEM integration
Engineering intersects math, physics, chemistry, computer science, and design to solve complex problems.
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Slide 9: Paths & education
Explore degrees in engineering, co‑op programs, internships, and research projects to build skills and professional networks.
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Slide 10: Getting started
Start with hands‑on projects, kits, online courses, and local competitions to practice engineering thinking and collaborative teamwork.
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