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THE FOURTEEN GRAND CHALLENGES OF ENGINEERING Date: 2/4/10 Prepared by: Javier Kienzle, Fellow - GK12 Program Presented at: Columbia High School Supported by: NSF Graduate Teaching Fellow in K-12 Education Program Associated Institution: Stevens Institute of Technology - Hoboken, NJ Sources: NAE, NRC (2009)
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Keep in mind… “Although engineers cannot solve these challenges alone, neither can the challenges be solved without engineers.”
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Making Solar Power Economical There is a natural efficiency for converting solar energy to electricity. This limit is imposed by material properties.
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Providing Energy from Fusion In essence, fusion is the opposite of fission (nuclear reactors) E = mc 2 Requires 100 million Kelvin!
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Developing Carbon-Sequestration Methods CO 2 pollution is a big problem How do we “capture” it instead of releasing it into the atmosphere? Chemically Store underground Reduce emissions
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Managing the Nitrogen Cycle Nitrogen is abundant in out atmosphere, and essential for life. Humans have made an impact: nitrogen overload Fertilizer Fossil-fuels
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Providing Access to Clean Water
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Restoring Urban Infrastructure
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Reverse-Engineering the Brain
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Preventing Nuclear Terror
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Last but not least… Engineering better medicines Advancing health informatics Securing Cyberspace Enhancing virtual reality Advance personalized learning Engineering the tools of scientific discovery
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Questions Questions or Comments?
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