and Innovation Joy Pauschke Clark Cooper Clark Cooper Christina Bloebaum Christina Bloebaum Manufacturing Manufacturing Enterprise Systems Enterprise Systems Geotechnical Geotechnical Cerry Klein Cerry Klein Mechanics of Materials Mechanics of Materials Engineering Operations Research
and Innovation Joy Pauschke Clark Cooper Clark Cooper Christina Bloebaum Christina Bloebaum Manufacturing Manufacturing Enterprise Systems Enterprise Systems Geotechnical Geotechnical Cerry Klein Cerry Klein Mechanics of Materials Mechanics of Materials Engineering Operations Research
For an extensive listing of federal laboratories, visit the Federal Laboratory Consortium website (under “FLC Laboratories”): www.federallabs.org Includes searchable database of laboratories with • web address and contact information • facilities list and areas of expertise • technology transfer mechanisms utilized 9 Example of detail available at www.federallabs.org AFRL Materials and Manufacturing Directorate • Website: http://www.wpafb.af.mil/afrl/rx/ • Facilities (partial listing) • Electronic Failure Analysis Laboratory • Electrostatic Discharge Control Laboratory • Failure Analysis Laboratory • Materials
For an extensive listing of federal laboratories, visit the Federal Laboratory Consortium website (under “FLC Laboratories”): www.federallabs.org Includes searchable database of laboratories with • web address and contact information • facilities list and areas of expertise • technology transfer mechanisms utilized 9 Example of detail available at www.federallabs.org AFRL Materials and Manufacturing Directorate • Website: http://www.wpafb.af.mil/afrl/rx/ • Facilities (partial listing) • Electronic Failure Analysis Laboratory • Electrostatic Discharge Control Laboratory • Failure Analysis Laboratory • Materials
For an extensive listing of federal laboratories, visit the Federal Laboratory Consortium website (under “FLC Laboratories”): www.federallabs.org Includes searchable database of laboratories with • web address and contact information • facilities list and areas of expertise • technology transfer mechanisms utilized 9 Example of detail available at www.federallabs.org AFRL Materials and Manufacturing Directorate • Website: http://www.wpafb.af.mil/afrl/rx/ • Facilities (partial listing) • Electronic Failure Analysis Laboratory • Electrostatic Discharge Control Laboratory • Failure Analysis Laboratory • Materials
: – 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
Solicitation NSF 10‐546 3 I/UCRC: The Mechanism Center catalyzed by a small investment from NSF. NSF takes a supportive role throughout the life of the center. I/UCRCs work like a research “franchise” with operational guidelines and evaluation tools An I/UCRC is primarily funded by industry members Single or multi‐ university
EWI Public Private Partnership March 15, 2010 Chris Conrardy Chief Technology OfficerTopics EWI Overview Founding and transition from I/UCRC Ongoing university collaboration Ongoing private/public partnership examples EWI Overview EWI Overview EWI Overview Independent nonprofit 501(c)(3) corporation Most extensive materials joining expertise and capabilities in US 140 staff; 132,000 sq. ft. facility; >$25M in Capital Equipment > $25M annual revenue Member based > 200 member companies; thousands of plant locations Industry Advisory Board identifies needs and research
EWI Public Private Partnership March 15, 2010 Chris Conrardy Chief Technology OfficerTopics EWI Overview Founding and transition from I/UCRC Ongoing university collaboration Ongoing private/public partnership examples EWI Overview EWI Overview EWI Overview Independent nonprofit 501(c)(3) corporation Most extensive materials joining expertise and capabilities in US 140 staff; 132,000 sq. ft. facility; >$25M in Capital Equipment > $25M annual revenue Member based > 200 member companies; thousands of plant locations Industry Advisory Board identifies needs and research
rankingswill resume again 2012 edition) 7. Electrical / Electronic / Communications 8. Environmental / Environmental Health 9. Industrial / Manufacturing 10. Materials 11. Mechanical 12. Nuclear Graduate Engineering Rankings An overview of the methodology w The weights that are used in the grad engineering ranking: n Peer Assessment—.25 n Corporate and Hiring Contacts Assessment—.15 n Student Selectivity—.10 n Faculty Resources—.25 n Research Activity—.25 w The universe of graduate engineering schools consists of those that offer a doctoral engineering degrees. w In fall 2008, we surveyed 198 engineering programs, 189 of which were ranked. Those rankings online now. Graduate
. CELLULAR AND BIOMOLECULAR ENGINEERING (CBE) Key Idea: Comprehensive modeling, measurement, and control of coupled biological, chemical, electrical, mechanical, and thermal processes at the cellular and biomolecular level COGNITIVE OPTIMIZATION AND PREDICTION (COPN) Key Idea: : Understanding subsymbolic intelligence can lead to development of new designs and algorithms for optimal decision making and prediction in engineered systems. RESILIENT AND SUSTAINABLE INFRASTRUCTURES (RESIN) Key Idea: Design, renew, expand, monitor, and control critical interdependent infrastructures to be both resilient and sustainable
. CELLULAR AND BIOMOLECULAR ENGINEERING (CBE) Key Idea: Comprehensive modeling, measurement, and control of coupled biological, chemical, electrical, mechanical, and thermal processes at the cellular and biomolecular level COGNITIVE OPTIMIZATION AND PREDICTION (COPN) Key Idea: : Understanding subsymbolic intelligence can lead to development of new designs and algorithms for optimal decision making and prediction in engineered systems. RESILIENT AND SUSTAINABLE INFRASTRUCTURES (RESIN) Key Idea: Design, renew, expand, monitor, and control critical interdependent infrastructures to be both resilient and sustainable
that replaces the traditional distribution of massproduced materials HP LABS’ RESEARCH CONTRIBUTION: Breakthrough technology to accelerate the transformation to digital commercial printing BIG BETS:PRINTING PROCESSES FOR COMMERCIAL PRINT DIGITAL COMMERCIAL PRINT AUTOMATION Print engine, Webbased printing, intuitive highperformance materials color, creative workflow, quality assurance 6 ©2009 HP Confidential ©2009 CONTENT TRANSFORMATION END STATE: Complete convergence of physical and digital information HP LABS’ RESEARCH CONTRIBUTION: Technologies to transfer content seamlessly from paper to digital and access digital content wherever paper is used today BIG
that replaces the traditional distribution of massproduced materials HP LABS’ RESEARCH CONTRIBUTION: Breakthrough technology to accelerate the transformation to digital commercial printing BIG BETS:PRINTING PROCESSES FOR COMMERCIAL PRINT DIGITAL COMMERCIAL PRINT AUTOMATION Print engine, Webbased printing, intuitive highperformance materials color, creative workflow, quality assurance 6 ©2009 HP Confidential ©2009 CONTENT TRANSFORMATION END STATE: Complete convergence of physical and digital information HP LABS’ RESEARCH CONTRIBUTION: Technologies to transfer content seamlessly from paper to digital and access digital content wherever paper is used today BIG
-materials• Partnerships with NIH, FDAMaterials & Manufacturing Water Sustainability & Climate (WSC)• BIO, ENG, GEO, SBE• Three Categories: • Exploratory, Incubation Grants • Place-based Observational and Modeling Studies • Synthesis & Integration Grants• $16M Anticipated• 8-14 Awards Anticipated• Letter of Intent Due March 15, 2010• Full Proposal Due April 15, 2010 NSF/FDA Scholar-In-ResidenceInteragency partnership for the investigation of scientific andengineering issues concerning emerging trends in medical devicetechnology.Enable investigators in science, engineering, and mathematics todevelop research collaborations within the intramural researchenvironment at the FDA.Four flexible mechanisms for support of
; • New Mexico State University Technology • Morgan State University • University of Texas, El Paso • High Performance Tech, Inc • NASA - Ames Flexible Displays • Arizona State University Materials • University of Delaware • Johns Hopkins University University Affiliated Research Centers • Rutgers University • Drexel University • Virginia Tech
; • New Mexico State University Technology • Morgan State University • University of Texas, El Paso • High Performance Tech, Inc • NASA - Ames Flexible Displays • Arizona State University Materials • University of Delaware • Johns Hopkins University University Affiliated Research Centers • Rutgers University • Drexel University • Virginia Tech