Steven H. McKnight Division Director June 20,...
Transcript of Steven H. McKnight Division Director June 20,...
Steven H. McKnight Division Director June 20, 2011
Directorate for Engineering
Emerging Fron0ers in Research & Innova0on
(EFRI)
Electrical, Communica0ons
and Cyber Systems (ECCS)
Engineering Educa0on and
Centers (EEC)
Industrial Innova0on and Partnerships
(IIP)
Office of the Assistant Director
Deputy Assistant Director
Program Director for Diversity & Outreach
Senior Advisor Nanotechnology
Chemical, Bioengineering, Environmental, and Transport
Systems (CBET)
Civil, Mechanical, and Manufacturing Innova0on (CMMI)
$29M
$132M $192M $160M $96M $156M
Theresa Maldanado
Sohi Rastegar Mihail Roco
Kesh Narayanan Robert Trew John McGrath Steve McKnight
Tom Peterson, Kesh Narayanan, Omnia El‐Hakim
CMMI Organiza0on Division Director Steven McKnight Deputy Director George Hazelrigg
Manufacturing Enterprise Systems Russell Barton
Nano Manufacturing Haris Doumanidis
Material Processing and Manufacturing
Mary Toney
Control Systems Vacant –
Ac0ng: Eduardo Misawa
Dynamical Systems Eduardo Misawa
Engineering Design and Innova0on
Chris0na Bloebaum
Opera0ons Research Michael Fu
Service Enterprise Systems
Russell Barton
Sensors and Sensing Systems Shih Chi Liu
Mechanics and Engineering Materials
Resilient and Sustainable Infrastructures
Advanced Manufacturing
Systems Engineering and Design
Geomechanics and Geotechnical Systems
Rick Frageszy
Materials and Surface Engineering Clark Cooper
Mechanics of Materials Glaucio Paulino
Nano/Bio Mechanics Dennis Carter
Structural Materials and Mechanics Grace Hsuan
Civil Infrastructure Systems
Kostas Trian0s
NEES Joy Pauschke
Geotechnical Engineering Rick Frageszy
Hazard Mi0ga0on and Structural Engineering
M.P. Singh
Infrastructure Mgmt. and Extreme Events Dennis Wenger
Manufacturing and Construc0on Machines
and Equipment George Hazelrigg
Interdisciplinary and Cross‐Divisional Ac0vi0es
Bruce Kramer
Program Support Mgt. Becy Person
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CMMI Research Clusters Advanced Manufacturing
• Research leading to transforma0ve advances in manufacturing and building technologies, with emphases on efficiency, economy, and sustainability
• Suppor0ng programs – Manufacturing and Construc0on Equipment
– Manufacturing Enterprise Systems – Materials Processing and Engineering – Nanomanufacturing
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CMMI Research Clusters Mechanics and Engineering Materials
• Research aimed at advances in the transforma0on and use of engineering materials efficiently, economically, and sustainably
• Suppor0ng programs – Geomechanics and Geomaterials – Materials and Surface Engineering – Mechanics of Materials – Nano/Bio Mechanics – Structural Materials and Mechanics
PI:
And
rew
Nor
ris (R
utge
rs)
PI: Chiara Daraio Cal Tech
• Research on the decision‐making aspects of engineering, including design, control, and op0miza0on
• Suppor0ng programs – Control Systems – Dynamical Systems – Engineering Design and
Innova0on – Opera0ons Research – Sensors and Sensing Systems – Service Enterprise Systems
CMMI Research Clusters Systems Engineering and Design
EDI/GOALI: New Visualiza5on Technologies Allow for Faster Virtual Prototyping
Manocha, UNC
SSS/EFRI: Learning from Plants (Wang, Mayer, Nielson (Michigan) Bakis, Rahn (PSU))
Twisting Motion
Bending Motion
Multiple FMC cells
O.R. ‐ Methods for op5mized ambulance deployment
Henderson, Cornell
The CMMI Research Community
Aerospace Engineering
3.0%
Architecture 0.8% Bio/Biomedical
Engineering 1.3%
Biology 0.5% Chemical Engineering
3.6% Chemistry
1.0%
Civil Engineering 21.3%
Computer Science 1.6%
Electrical Engineering
5.1% Environmental Engineering
0.8% Geosciences
0.3%
Industrial Engineering
11.4% Management
1.1%
MatSci 7.6%
Mathema5cs 1.3%
Mechanical Engineering
33.5%
Other Engineering 0.4%
Other Sciences 1.0%
Physics 3.2%
Social Sciences 1.2%
CMMI Research Community
12.09%
5.70%
13.01%
19.88%
20.29%
16.22%
15.38%
20.41%
20.74%
16.51%
24.24%
11.54%
14.53%
12.50%
12.83%
26.98%
19.23%
9.20%
10.14%
22.31%
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
30.00%
0
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350 CMMI Program Success Rates
Proposal has been awarded
Decline, DDConcurred
Success Rate
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ber o
f Sub
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s P
ercentage Awarded
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30.00%
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70.00%
80.00%
90.00%
100.00%
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Success Ra
te
Number of Submissions
Success Rate of Schools Versus Number of Submissions FY 2008‐2010
Materials Research in ENG and DMR
• CMMI conducted a preliminary analysis to see how much overlap occurs between programs
• Data show complementary communiKes – 274 PIs from 99 universiKes submiNed materials research
proposals to both ENG (CMMI in this case) and DMR – On average, PIs submit to at least 2 disKnct programs (which
may or may not be in the same directorate)
• ENG/DMR are working on collaboraKve processes for review & funding of proposals and to unify communicaKon with materials research community
CMMI Materials Research Awards
DMR Materials Research Awards
A few thoughts on emerging themes in CMMI
• CIF21 ‐ Simula0on‐based engineering and science
• Advanced Manufacturing – Materials Design through Fabrica0on…
• Complex system design – underlying theories of design
• Resilient and Sustainable Infrastructure ‐ Systems
DCL: Physical and Engineering Sciences in Oncology (PESO) w/ NCI
NNI Signature Ini5a5ves President’s FY2011 Budget Supplement
• Nanoelectronics for 2020 and Beyond
• Sustainable Nanomanufacturing
• Nanotechnology for Solar Energy Collec0on and Conversion
http://www.nano.gov/html/research/signature_initiatives.html
Objec5ve: Use origami to enable self‐assembling, mulKfuncKonal, compliant structures (AdapKve Morphing Systems) through the integraKon of acKve materials, design theory & compliant mechanisms, mathemaKcs, and arKsKc inspiraKon.
New EFRI Topic: ODISSEI Origami Design for Integra5on of Self‐ assembling Systems for Engineering Innova5on
Expected Transformative Impact: • Fosters advances in fundamental understanding of folding and unfolding
mechanisms in active materials, design theory, and mathematics • Underpins design of foldable products at all scales and across scales • Promotes new collaborations between different communities • Enables novel engineered adaptive morphing systems for breadth of national
priorities, including energy, complex design, and manufacturing
Ac5ve Materials
Design Theory
Origami
Mathema5cal Rigor +
Ar5s5c Inspira5on
Adap5ve Morphing System (AMS)
Ques5ons?
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Total N
umbe
r of Sum
bieed
Program
s
Total Number of Submissions
Frequency of Submissions by Materials PIs (More than 1 Program/1 Submission)
Materials Engineering Degrees
(NSF SRS Data)
All Engineering Degrees
(NSF SRS Data)
NNI Signature Ini5a5ves President’s Budget Supplement
• Nanoelectronics for 2020 and Beyond
• Sustainable Nanomanufacturing
• Nanotechnology for Solar Energy Collec0on and Conversion
http://www.nano.gov/html/research/signature_initiatives.html
Sustainable Nanomanufacturing • Research Thrusts
– Design of scalable and sustainable nanomaterials, components, devices, and processes • Scalable/sustainable processes and methods for “materials of known benefit”
• Interac0ons of materials, components, devices with manufacturing process design
– Nanomanufacturing measurement technologies • High‐throughput measurements of material composi0on and behavior
• Process‐control, QC, system level tools