A HISTORYA TIMELINE MAJOR MILESTONES & EVENTS IN ERC HISTORY By 2020 there had been a total of 75...
Transcript of A HISTORYA TIMELINE MAJOR MILESTONES & EVENTS IN ERC HISTORY By 2020 there had been a total of 75...
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AGENTS OF CHANGE: NSF’S ENGINEERING RESEARCH CENTERSA HISTORY
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ENGINEERING RESEARCH CENTERS AGENTS OF CHANGE
The Engineering Research Centers (ERC) Program is the largest and most ambitious engineering program in the history of the National Science Foundation (NSF). Launched in 1984, this flagship program was aimed at strengthening the competitiveness of U.S. industry at a time when our postwar leadership in manufacturing and advanced technology was being threatened by emerging economies around the world.
From its outset, the goal of the ERC Program was to develop a new cross-disciplinary culture in engineering research and education, in partnership with industry, using a systems approach to advance knowledge and technology. This new culture would educate new generations of engineers who understood industrial practice and the process of advancing technology, so as to be ready to work productively in industry upon graduation. In other words, the goal of the Program was nothing less than revolutionizing engineering research and education in the U.S. to meet the challenges of a changing world.
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ERC HISTORY E-BOOK CONTENTS
The history of the ERC Program has now been told, written by longtime ERC Program leader Lynn Preston and communications consultant Courtland Lewis and published in August 2020. It is available, free of charge, as an online e-book. Agents of Change: NSF’s Engineering Research Centers describes key achievements of the ERCs in terms of discoveries, technologies, and advances in education. The e-book provides a thoroughgoing and highly readable account of how the program has evolved continuously across decades to address the challenges and meet the needs of a changing world. To read the in-depth story of this landmark NSF Engineering experiment, visit https://erc-history.erc-assoc.org/.
Chapter 1 ERC Program Origins
Chapter 2 ERC Program at Startup
Chapter 3 ERC Generations -1 to -3: How they Evolved
Chapter 4 University Perspective: Formulating, Operating, and Sustaining an ERC
Chapter 5 Research
Chapter 6 Industrial Collaboration and Advancing Technology
Chapter 7 Education and Outreach Programs
Chapter 8 Evolution of the ERC Leadership Teams and Post-ERC Careers
Chapter 9 NSF Program Management
Chapter 10 Major Impacts on Academic Engineering
Chapter 11 Impacts on Engineering Research and Technology
Chapter 12 Perspectives & Lessons Learned
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A TIMELINEMAJOR MILESTONES & EVENTS IN ERC HISTORY
By 2020 there had been a total of 75 ERCs awarded—most of them multi-university centers. By 2020, 47 had successfully completed their 10-year term of NSF funding and of those 47, over 80% continue to be self-sustaining with many of their ERC features of research, education, and industrial collaboration still intact.
ERC program annual meetings initiated
First site visits with external reviewers
21 total Gen-1 ERCs established
First Gen-2 ERCs awarded
ERC Best Practices Manual (1st ed.) published
First 6th-year renewal reviews
ERC Association website launched
ERC data collection system initiated
Post-award oversight system initiated
Strategic research planning required
First six ERCs awarded (Gen-1)
National Academy of Engineering (NAE) Guidelines for ERCs published (February)
ERC Program established (April)
1984 1988 19951985 1986 1987 1990 1994 1996
ERCs impact competitiveness of 67% of Gen-1 member firms
ERC graduates reported to be more effective in industry
3-plane strategic planning concept implemented
19981997
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Research Experiences for Teachers (RET) in ERCs started ERCs found to
have had $75B economic impact
First four Gen-4 ERCs awardedPrecollege outreach
required
Diversity plan included in ERC cooperative agreements
ERCs impact competitiveness of 75% of Gen-2 member firms
Total degrees granted to ERC students passes 10K
Increased involvement of small firms
First five Gen-3 ERCs awarded
ERC Innovation Awards
Planning for Gen-3 ERCs
52 total Gen-1, -2 & -3 centers formed
71 total Gen-1, -2 & -3 centers formed.
NAE New Vision for Center-Based Engineering Research published
2006 2008 2010 20202002 2004 2007 2009 2013 2017
Longtime ERC Program Leader Lynn Preston steps down
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PR
NSF ENGINEERING RESEARCH CENTERS 1985-2020LEAD AND CORE PARTNER INSTITUTIONS
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MAP KEY
0 1-5 6 -10
21+
Note: Only one dot per institution; many institutions are/were part of more than one ERC
Lead Institutions Core Partner Institutions
16-2011-15
Since 1985, a total of 75 ERCs have been formed, with 38 U.S. states and territories hosting either an ERC lead or core partner institution, or both. Most ERCs involve multiple partner institutions. Of the 47 ERCs that have successfully completed their ten-year term of NSF support as of 2020, 39 of them still exist as a center with some degree of ERC-ness in that a group of faculty pursue cross-disciplinary research on engineered systems with the collaboration and support of industry. This is 83% of all former centers—just one indication of the strength and impact of the ERC concept, along with the fact that more ERCs are still being established, most recently in 2020.
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INNOVATIONS AND IMPACTSERC TECHNOLOGY TREE
The ERC Program has been the catalyst for advancing and even initiating a number of important new fields of technology, leading to hundreds of important innovations. A study conducted in 2010 found something on the order of $75 billion in downstream economic value of ERC-developed technologies, not even counting hundreds of startup companies with thousands of employees, and thousands more graduates who have proven to be unusually effective in advancing technology and serving as leaders in globalized industry. Just some of these ERC-derived advances are illustrated here.
ADVANCED MANUFACTURING
Flexible/Intelligent Manufacturing
Interfacial Engineering
Nanomanufacturing Process Systems
Cell Manufacturing
Synthetic Biology
Pharmaceutical Process Engineering
ENERGY
Solar Technologies
Electric Energy Transmission Networks
Combustion Engineering
Offshore Technology
Fluid Power
ENVIRONMENT
Biorenewable Chemicals
Environmentally Benign Semiconductor Manufacturing
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OPTOELECTRONICS
Optical Access Networks
Optical Signal & Image Processing
Extreme Ultraviolet Sources
Smart Lighting
Surface Sensing & Imaging
Mid-infrared Technologies
COMMUNICATIONS
Satellite-based Internet Access
Immersive Media
Lightwave Transmission Systems
INFRASTRUCTURE
Earthquake Engineering
Urban Water treatment
Collaborative and Adaptive Sensors/Radars
Integrated Building Systems
MICROELECTRONICSData Storage Systems
Nanoscale Multiferroic SystemsIntegrated Electronics Packaging
BIOENGINEERING & HEALTH CARE
Bioprocess Technologies
Tissue Engineering
Biofilm Engineering
Robotic Surgical Systems
Biological Engineering
Biomaterials
Self-powered Nano Health Systems
Biomimetic Microelectronic Systems
Neuroprosthetics
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THE ERC FAMILY
Consistent, supportive management of the ERC Program across more than three decades produced the “ERC Family,” a cooperative, collective team undertaking of a kind that has seldom been seen in the history of government funding programs. Its highly diverse members ranged from NSF and Center leadership and staff to faculty and students, even including precollege students.
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This material is based upon work supported by the National Science Foundation under grants Nos. 1719257 and 1836833, prepared under subcontract to the American Society for Engineering Education.
ERC History E-bookhttps://erc-history.erc-assoc.org/