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Chemical Engineering Honors Overview Micah J. Green

Discover the world of chemical engineering, where molecules are manipulated for technological advancements to tackle global challenges. Learn the distinctions between chemistry and chemical engineering, and explore exciting opportunities in the field.

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Chemical Engineering Honors Overview Micah J. Green

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  1. Chemical Engineering Honors Overview Micah J. Green

  2. How would you explain to a high schooler what chemical engineering is?

  3. My definition: A chemist tries to understand what makes molecules happy. A chemical engineer manipulates molecules’ happiness for financial gain.

  4. What’s wrong with my definition? A chemist tries to understand what makes molecules happy. A chemical engineer manipulates molecules’ happiness for financial gain. to create new technology to solve the big problems facing humanity.

  5. Distinctives of Chemical Engineering • Science-heavy • Physics, chemistry, biology • Distinction between Chemistry & Chemical Engineering • Multiscale

  6. Distinctives of Chemical Engineering • Broad Foundation • Chemical Engineer can become _______ but not vice versa • What kinds of problems can a chemical engineer solve?

  7. “Chemical and Biomolecular” • Jay Keasling – Discover Magazine’s 2006 “Scientist of the Year” • Bacteria as reactors • “Reprogram” bacteria genome to make bacteria that eat cellulose and produce: • Artemisinin (kills malaria-carrying parasite) • Biodiesel for cars

  8. “Chemical and Biomolecular”

  9. Distinctives of Chemical Engineering • Close connection with industry • Stable job market • Industry expectations of the degree • Student Organizations (AIChE, OXE) • Undergraduate research emphasis • Leadership career path

  10. A word about Undergraduate Research • CHEN 491H helps as: • Honors credits • CHEN elective

  11. EH-CHEN Track Requirements ( = basic College Honor Requirements). • 18 Honors credits in courses offered by Engineering or Science, including: • 12 credits of engineering courses which include any course offered by any department in the college of engineering. • ENGR 181H • 4-6 credits of undergraduate research (491H) • no more than 6 credits of 485H and 491H combined • no more than 3 credits of S/U coursework • no more than 6 credits of graduate courses registered for graduate credit. • Meet with Honors advisor each year

  12. EHCC Contact in Chemical Engineering: micah.green@tamu.edu

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