and Design Resilient and Resilient and Mechanics and Mechanics and Sustainable Sustainable Control Systems Control Systems Engineering Materials Engineering Materials Infrastructures Advanced Advanced Infrastructures Suhada Jayasuriya
and Design Resilient and Resilient and Mechanics and Mechanics and Sustainable Sustainable Control Systems Control Systems Engineering Materials Engineering Materials Infrastructures Advanced Advanced Infrastructures Suhada Jayasuriya
Dagmar Niebur*, ECCS Work: Learning Resilient & Systems that Uniting From The Sustainable Modify Engineering & Brain Interdependent Themselves Biology Infrastructures FY 2009 FY 2010 Biosensing & Biosensing & Hydrocarbon from Hydrocarbon from Science in Energy Science in Energy Renewable Energy
Dagmar Niebur*, ECCS Work: Learning Resilient & Systems that Uniting From The Sustainable Modify Engineering & Brain Interdependent Themselves Biology Infrastructures FY 2009 FY 2010 Biosensing & Biosensing & Hydrocarbon from Hydrocarbon from Science in Energy Science in Energy Renewable Energy
Page 15.115.1 Director in the Department of Civil and Mechanical Engineering at West Point where he teaches and supervises five senior level design courses. His current areas of emphasis are infrastructure analysis, protection, and resiliency, capstone course development, and integrated structural analysis and design. He is currently teaching a new course in Infrastructure Analysis and© American Society for Engineering Education, 2010 Protective Design and is supervising a faculty team developing another new course in Infrastructure Engineering.James Ledlie Klosky, United States Military Academy Led Klosky is an Associate Professor and acting Deputy Head in the Department of Civil and
: – Materials engineering and device technologies – Manufacturing for energy, particularly from renewable sources – Microgrid and smartgrid approaches to power distribution and control systems – Resilience and sustainability of complex, interdependent infrastructure systems REENERGYSE • Collaboration with DOE to support undergraduate and graduate research in sustainable energy, including the areas of: – Manufacturing for energy – Energyefficient materials processing – Energy supply chain and logistics Cornell University home for Solar Decathlon 2009. Credit: Jim Tetro, U.S. Department of Energy Solar DecathlonQuestionsQuestions
: – Materials engineering and device technologies – Manufacturing for energy, particularly from renewable sources – Microgrid and smartgrid approaches to power distribution and control systems – Resilience and sustainability of complex, interdependent infrastructure systems REENERGYSE • Collaboration with DOE to support undergraduate and graduate research in sustainable energy, including the areas of: – Manufacturing for energy – Energyefficient materials processing – Energy supply chain and logistics Cornell University home for Solar Decathlon 2009. Credit: Jim Tetro, U.S. Department of Energy Solar DecathlonQuestionsQuestions
divisions across NOAA Ø Integrated research, outreach, education programs Ø Strong affiliation with other federal agenciesComplementary Academic Strengths Member Institutions Ecosystem Level Focus White water to brown water to blue water 31 State Watershed of the Northern GulfNorthern Gulf Institute Themes ØEcosystembased Management ØGeospatial Data/Information and Visualization ØClimate Change and Climate Variability Effects on Regional Ecosystems ØCoastal Hazards and Resiliency Supporting Institutional Goals ØSponsoring graduate students ØIncreased competitive funding ØEconomic development ØStrong agency, congressional support ØAdditional funding
divisions across NOAA Ø Integrated research, outreach, education programs Ø Strong affiliation with other federal agenciesComplementary Academic Strengths Member Institutions Ecosystem Level Focus White water to brown water to blue water 31 State Watershed of the Northern GulfNorthern Gulf Institute Themes ØEcosystembased Management ØGeospatial Data/Information and Visualization ØClimate Change and Climate Variability Effects on Regional Ecosystems ØCoastal Hazards and Resiliency Supporting Institutional Goals ØSponsoring graduate students ØIncreased competitive funding ØEconomic development ØStrong agency, congressional support ØAdditional funding
way for a company to stay competitiveand profitable17.D. Institutional constraintsAt present, few universities have been intentional about integrating global, cross-cultural education intothe engineering curriculum5. There is a lack of infrastructure at the institution level to address thefollowing issues in the establishment of a global learning environment3,7,21,23,24,34,36,37,38,39: Scaling: The concept of globalization has not yet had widespread impact on undergraduate engineering curricula and the size is of global learning is normally small (for example, in the 2003-2004 school year, 5,548 engineering students participated in some forms of study abroad programs; in 2005-06, fewer
manufacturing economic base lost to theservices and financial sectors over the past decades. [M]aking ‘things’, and not simply relying on a service and financial products economy, is critical to a nation’s economic resiliency. A country must have the technology infrastructure needed to compete on the world manufacturing scene. ...For the good of a country and its citizens, workers must have the educational background that allows them to move from job to job as sectors wax and wane. These points necessitate a strong workforce—–strong across the board from researchers to manufacturing-floor technicians.12Fonash points to the need to develop a technician class of nanoworker, an area that has been longoverlooked by workforce
driver by Tokyo-based Maruman & Co that out-classes the conventional titanium-based 366c golf driver inbending stiffness, hardness, resilience and flight distance (15 extra yards); a nano-based golfball by Buffalo, NY-based NanoDynamics Inc. that has the capability for flight pathcorrection as it is able to absorb and channel the energy from the driver head; washable"Proceedings of the 2010 Midwest Section Conference of the American Society of Engineering Education" 5mattress; nanosilver dressing for burn wounds that cleans and disinfects in one step; aerogelfootwarmer; 3M dental adhesive, etc.Figure 6: NanoDynamics Nano-based Golf Ball