billarbegast.ppt
TRANSCRIPT
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National Science FoundationNational Science FoundationIndustry / University Cooperative Research Center Industry / University Cooperative Research Center
““The Win – Win SolutionThe Win – Win Solution to FSP Technology Development”to FSP Technology Development”
Multi-University I/UCRC Management Tools
- A Case Study -
Mr. William Arbegast (AMP)Dr. Antonette Logar (MCS)Dr. Edward Corwin (MCS)
Center for Friction Stir ProcessingSouth Dakota School of Mines and
Technology
January 11, 2008
IUCRC Annual Directors MeetingWashington, DC
Page 2
Draft of the “Book” can be found at http://ampcenter.sdsmt.edu
http://ampcenter.sdsmt.eduCFSP IUCRC
IUCRC Management Tools
Page 3
Who is the South Dakota School of Mines?
SDSMT is a Small Engineering University Teamed with Larger Academic Institutions under the IUCRC Environment
WSU
• The South Dakota School of Mines and Technology
– Founded 1885
– 2,500 students from approximately 30 states and 20 countries.
– Four interdisciplinary colleges and 13 departments
– 30 degree programs in engineering and science at the baccalaureate, masters, and doctoral levels
• Location – Rapid City, South Dakota
– Population – 60,000– Near the Black Hills, Mount Rushmore
and Crazy Horse
• Our Friction Stir Welding and Processing programs are coordinated within the Advanced Materials Processing and Joining Laboratory (AMP)
SDSMT
USC
UMR
BYU
SDSMT
USC
UMR
BYU
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Where Are the University Sites of the NSF Center for Friction Stir Processing?
Original Award 2004
South Dakota School of Mines (2004) Mr. William Arbegast –Center Director Dr. Mike West – Site Director/PI
University of South Carolina (2004) Dr. Anthony Reynolds – Site Director/PI
Brigham Young University (2004) Dr. Tracy Nelson – Site Director/PI Dr. Carl Sorensen – PI
Missouri University of Science and Tech (2005) Dr. Rajiv Mishra – Site Director/PI Wichita State University (2007) Dr. Dwight Burford – Site Director/PI
6 Directors14 Faculty
3 Professional Admin8 Research Staff
1 Post Doc7 Doctorial Students20 Masters Students
23 Undergraduate Students5 REU Students
2 RET Supplemental
2007
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Setting the CFSP Vision and Mission---
1.1 CFSP Vision Statement
• The Center for Friction Stir Processing (CFSP) vision is to provide the forum for industry/university cooperative research on the further development, validation, and industrial implementation of the emerging solid-state materials joining and processing technologies known as Friction Stir Welding (FSW) and Friction Stir Processing (FSP).
1.2 CFSP Mission Statement
The Mission of the NSF Center for Friction Stir Processing is:
• To advance, develop and promote research into the principles and technology of Friction Stir Processing science and engineering through research, development, education, and technology exchange among academic, industry, and government entities;
• To increase the quantity and quality of the professionals prepared to work in the area;
• To involve the faculty of the University(s) in research in areas of common interest to Sponsors and the University(s);
• To perform research that will allow industrial Friction Stir Processing facilities to be competitive in the world economy
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Setting the CFSP Research Objectives---
1.3 CFSP Research Objectives
The overall objective of the Center is to develop and deliver relevant scientific knowledge that will help its industrial members with future challenges. Center programs are designed to complement the members’ in-house research and development in the area of friction stir processing by bringing together theoretical, experimental and application experts from industry and academia. The specific objectives are focused on the following:
• Friction Stir Joining: Process optimization (parameters, pin tool materials, pin tool designs); process modeling (thermal, forces, metal flow, residual stress, distortion, microstructure evolution); microstructural characterizations; property characterizations (tensile, fatigue, fracture, creep, corrosion); nondestructive evaluations; new alloy development.
• Friction Stir Microstructural Modification: Induced superplasticity; grain refinement; sub-micron and nano particle injection; defect removal.
• Friction Stir Post –Processing: Heat treatment; forming (stretch, spin, age, and creep); machining; finishing.
• Friction Stir Structural Designs and Applications: replacement of fusion welds and rivets; static and dynamic response of structures; efficient design and analysis methodologies.
• Friction Stir Intelligent Controllers and Efficient Tooling: Process sensors; logic-based controllers; reconfigurable tooling.
• Friction Stir Cost Benefits Analysis: Business case development and environmental impact assessments.
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Setting the CFSP Policies, Procedures and Practices (P3)--
1.4 CFSP Policies Procedures and Practices (P3)
• Membership Policy
• IAB Roles and Responsibilities
• Selection of Research Projects
• Selection of Project Investigators
• Regular Reports Policy
• Publications Policy
• Patents Policy
• Termination of Research Policy
The Formal CSFP Policies, Procedures and
Practices (P3)are set forth in the Center
Membership Agreement and Center Bylaws
http://ampcenter.sdsmt.eduCFSP IUCRC
Members Agreement Bylaws
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Center Sponsors Are From a Wide Segment of the Industry- “Globality”
How do you structure the research programs to meet All the Sponsors Needs?
24 Industry and Government Memberships
DoD Research Labs
DoE National Labs
NASA Research Centers
FAA Regulatory Entities
Aerospace Manufacturers
Aeronautic Manufacturers
Automotive Manufacturers
Primary Metals Producers
Equipment Manufacturers
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Setting Site Specific Focused Research Areas---
Overlap is avoided to maximum research returns
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Preparing a Long Term Technology Development Roadmap
The Over-Riding Issues are Identified and a Technology Development Roadmap is prepared
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Multi-Year Projects are developed with IAB
Project Scope and Progress is continuously reviewed during the year
Page 13
Supplemental, REU / RET, and TIE Programs are used to Meet Industrial Needs
Collaborations are Encouraged and Promoted Collaborations are Encouraged and Promoted Between University SitesBetween University Sites
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Funding for Projects can come from multiple sources and is “Booked” separately
Collaborations are Encouraged and Promoted Collaborations are Encouraged and Promoted Between University SitesBetween University Sites
CFSP Research funding is controlled at the CFSP Research funding is controlled at the project level “control point” using University project level “control point” using University
Site Established ProceduresSite Established Procedures
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Specific Multi-Year Projects are Identified and added to the Program Master Schedule
New Projects New Projects are Proposed are Proposed at the Spring at the Spring IAB MeetingIAB Meeting
Authorization Authorization to Proceed to Proceed
Obtained at the Obtained at the Fall IAB Fall IAB MeetingMeeting
Unique Project Numbering System Used to ID Projects
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The SDSMT Site also uses PaDMS to Manage Project Documentation
• PaDMS – Paperless Data Management Systems
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Each Project is Organized into Formal Tasks, Subtasks, and Experimental Work Orders and entered into PaDMS
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The Project Level describes the Top Level Scope and Efforts of the Project – Budgets and Contracts Docs Incl.
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Work orders are prepared for ALL individual experiments- Status reports (open and closed, assigned to, etc)
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Each Work Order (Experiment) is Completed with a Formal Laboratory Report and electronically submitted
Approved WO Are Closed …
Rejected WO are sent back to student for rework and is electronically resubmitted to PI for approval
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All Research Projects are Monitored and Controlled Via the Secure CFSP Website ( http://fspiucrc.mst.edu )
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CFSP Reporting and Documentation are
available on Website
• CFSP Quarterly Reports are Posted on the Website for Member Reviews
• CFSP Annual Members Reports is uploaded to website and hardcopies to be distributed after Final Revisions
• CFSP NSF Annual Center Report has been submitted and should be available on the website soon (includes independent evaluators report)
• Spring IAB Meeting Life Form Response and Action Items sent to members and uploaded to Website
Annual Members Report
National Science Foundation
Center for Friction Stir Processing
For the Period
October 2004 through October 2005
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 -3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 -4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
C e n te r F o r F ric tio n S tir P ro c e s s in g
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 -3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 -3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 -4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 -3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
http:// web.umr.edu/~fspiucrc /
A Global Research Consortium of University, Government, and Indu strial Partners Advancing the Science and Technology of Friction Stir Joining and Processing
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 - 3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 - 4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
C e n te r F o r F ric tio n S tir P ro c e s s in g
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 - 3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 - 3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 - 4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 - 3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
http:// web.umr.edu/~fspiucrc /
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 -3 9 4 -6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 -4 2 2 -6 2 3 3
D r. R a jiv S . M is h ra
C e n te r F o r F ric tio n S tir P ro c e s s in g
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 -3 4 1 -6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 -3 9 4 -6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 -4 2 2 -6 2 3 3
D r. R a jiv S . M is h ra
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 -3 4 1 -6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
http:// web.umr.edu/~fspiucrc /
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 - 3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 - 4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
C e n te r F o r F ric tio n S tir P ro c e s s in g
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 - 3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
M r. Willia m J. A rb e g a s t
A d v a n c e d M a te ria ls P ro c e s s in g C e n te r
S o u th D a k o ta S c h o o l o f M in e s a n d te c h n o lo g y
R a p id C ity , S D 5 7 7 0 1
6 0 5 - 3 9 4 - 6 9 2 4
D r. A n th o n y P . R e yn o ld s
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
U n iv e rs ity o f S o u th C a ro lin a
C o lu mb ia, S C 2 9 2 0 8
8 0 3 - 7 7 7 - 9 5 4 8
D r. T ra c y W. N e ls o n
D e p a rtme n t o f M e c h an ic a l E n g in e e rin g
B rig h a m Y o u n g U n iv e rs ity
P ro v o , U T 8 4 6 0 2
8 0 1 - 4 2 2 - 6 2 3 3
D r. R a jiv S . M is h ra
U n iv e rs ity o f M is s o u ri - R o lla
R o lla , M O 6 5 4 0 9
5 7 3 - 3 4 1 - 6 3 6 1
Friction Stir ProcessingIndustry / University Cooperative Research Center
http:// web.umr.edu/~fspiucrc /
Dr. Rajiv MishraCenter for Friction Stir Processing
University of Missouri - Rolla
Rolla, MO 65409573- 341 -6361
I /U C R C S it e :
SDSM & T
Number Title Budget
C FSP04 - AM P -01 Design, Analysis and Performance of “Built -Up” Aluminum Friction
Stir Welded (FSW) and Friction Stir Spot Welded (FSSW) Structures $89 ,000 (Year 1)
Status Date Start Date End Date PI and Senior Pe rsonnel Students
M ay 21 , 200 5 Oct ober 01, 200 4 September 30, 200 5 Bill Arbegast
Anil K. Patnaik Casey Allen
Travis Reidy (M S) Will L ind (Sr)
Neelima Nagotu (M S) Karl Koch (Sr)
Cassandra Degan (Jr)
Objectives
• Develop design and analysis m ethodologies for built -up aluminum FSW beams , skin stiffened panels, and friction stir spot welded structures • Design, fabricate , and test response of aluminum built -up beams, skin stiffened panels and friction stir spot welded panel
• Compare test results wi th th e behavior predicted by the models developed • Provide design and analysis guidelines
Approach
Year 1 _ Beams: Static response of four types of beams and a box beam _ Skin stiffened panels: Static response of three types of panels _ FSSW: Static response of coupons and a skin stiffened panel _ Theoretical models to develop design equations (derive design
equations, finite element stress analysis, elastic buckling analysis, etc)
Year 2 _ Dynamic loading on beams, skin stiffened panels and FSSW
structures _ Fatig ue tests on FSW and FSSW structures Year 3 _ Built -up beams (approximately 10 foot long) and skin
stiffened panels (approximately 5 foot x 5 foot), FSSW panel subjected to static and dynamic loading
Progress and Achievements Schedule and Milestones
• Training of the graduate student s to program and run the FSW machine
(with or without FSSW fixture attached ), and to conduct mechanical and metallurgica l tests
• Procurement of test equipment and materials for test specimens – in progress
• Preliminary FSW trials for Type 1 beams • An additional built -up beam configuration with two sheets welded to
square tubes to form box beams • Preliminary FSW trials for Type 3 stiffened panel • Preliminary FSSW trials • Design of pin tools for FSSW • Development of optimized process para meters • Development of tooling & fixtures, clamping, and anvil type
Activit y Q4
2004 Q1
2005 Q2
2005 Q3
200 5
Fabricate FSW Stiffened Beams
Structural Test FSW Stiffened Beams
Fabricate FSW Stiffened Panels
Structural Test FSW Stiffened Pan els
Fabricate FSSW Stiffened Panels
Structural Test FSSW Stiffened Panels
Year 1 Status Report
Documents and Publications Additional Information and Issues
Yet to be produced.
Note: Actual research started in January 2005
For f urther information contact: Mr. Bill Arbegast, Center Director Email: [email protected] Phone: 605 -394 - 6924
Mr. William J. ArbegastAdvanced Materials Processing Center
South Dakota School of Mines and technologyRapid City, SD 57701
605 - 394 -6924
Dr. Anthony P. Reynolds
Department of Mechanical EngineeringUniversity of South Carolina
Columbia, SC 29208803 - 777 - 9548
Dr. Tracy W. NelsonDepartment of Mechanical Engineering
Brigham Young UniversityProvo, UT 84602
801 - 422 -6233
Dr. Rajiv S. MishraCenter For Friction Stir Processing
University of Missouri - RollaRolla, MO 65409
573 - 341 -6361
Friction Stir ProcessingIndustry / University Cooperative Research Center
Mr. William J. ArbegastAdvanced Materials Processing Center
South Dakota School of Mines and technologyRapid City, SD 57701
605 - 394 -6924
Dr. Anthony P. Reynolds
Department of Mechanical EngineeringUniversity of South Carolina
Columbia, SC 29208803 - 777 - 9548
Dr. Tracy W. NelsonDepartment of Mechanical Engineering
Brigham Young UniversityProvo, UT 84602
801 - 422 -6233
Dr. Rajiv S. Mishra
University of Missouri - RollaRolla, MO 65409
573 - 341 -6361
Friction Stir ProcessingIndustry / University Cooperative Research Center
STRICTLY CONFIDENTIAL: CFSP PROPRIETARY INFORMATIONCenter for Friction Stir Processing 2006 Spring IAB LIFE ResponsesReport Date: April 21, 2006
Released To CFSP Members under the terms of theNSF IUCRC Collaboration (Membership) Agreement
of October 1, 2004. Distribution Limited.
STRICTLY CONFIDENTIAL: CFSP PROPRIETARY INFORMATIONCenter for Friction Stir Processing 2006 Spring IAB LIFE ResponsesReport Date: April 21, 2006
Released To CFSP Members under the terms of theNSF IUCRC Collaboration (Membership) Agreement
of October 1, 2004. Distribution Limited.
National Science Foundation Center for Friction Stir Processing
LIFEFORM RESPONSE
And Action Items
2006 Spring IAB Meeting
April 19 -20, 2006 Provo, Utah
Approved by:
William J. Arbegast CFSP Center Director
South Dakota School of Mines and Technology
Page 26
Quarterly Reports are Prepared For Each Project
and Uploaded for Sponsor Review
Each Current Project has a QTR Report Prepared every 3 months
1 Page Max
Page 29
Life Form Responses from All Sites are
Summarized and uploaded to Website
• Life Form Comments are CLASSIFIED AS “IN SCOPE” OR “OUT OF SCOPE”
• PI Answers Comments during IAB Meeting
Page 30
Papers and Publications are Uploaded for
Sponsor Review
• Papers are prepared and Uploaded to Website For IAB Member Review and Approval to Publish –
• Sponsors are notified by e-mail when new papers are uploaded
• 13 CFSP papers were published in 2006
Page 31
Action Items from IAB Meetings are Tracked and Controlled on the Website
Need IAB Commitments
Completed
CompleteNot Practical Due to
Accounting Systems at each University
In – ProgressSite Member Specific
Meetings at UMR - BYU- US CE-mail Requests by S DSMT
CompleteSuggest a llowing Access to
previous information by new members- Information to be
published
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Center Performance Metrics Per NSF Best Practices are Tracked
NSF IUCRC “Best Practices”
NSF IUCRC BEST PRACTICESRed
YellowGreenComments
Implements NSF I/UCRC structure and protocolsMember Agreement, Bylaws, and
Center StructureCritical mass of members/support and fees as recommended by the I/UCRC program
$150K min at each site
Intellectual property (patent) protocols in place Has not been tested yet
Publication review policies and delays in place Has not been tested yet
Clearly defined research scope and execution strategy Agreed to at IAB Meetings
IAB members co-design research goals and program Agreed to at IAB Meetings
Clearly defined program deliverables and milestones with technology transfer mechanisms in place
Needs better definition of deliverables
Create and quantify value and formally evaluate the impact of center research
CFSP Center Evaluator Survey and Annual Report
Communicate success stories regularly to point out concrete examples of industry implementing and benefiting from center research projects/products
Needs to be addressed
Conduct semi-annual technical review, research planning and IAB meetings Spring and Fall IAB Meetings
Create center developed business, operations and marketing plans in place and in-sink with industry needs (this is in addition to mission and vision
Needs to be addressed
Develop an organizational structureCenter Director, Site Director, Project
Investigator, Students
Have a center developed strategy for recruiting members in place Needs to be addressed
Center have guests sign confidentially statements Planned for 2006 Spring Meeting, Provo
Make provisions for center research staff and students to work at member company sites
DOE Interns- Needs to be addressed
Student involvement and poster sessions during each IAB meetingMaximum use of posters at host site-
increased offsite postersLIFE forms used appropriately and feedback discussed during the IAB meeting
Electronic Lifeforms to be evaluated at 2006 Spring IAB
University supports faculty and student recruitment and capital funding Equipment, Space, and Infrastructure available, New equipment has been
Page 33
A NDA MAY BE signed by non-members
attending IAB Meetings
• Not Required for Government Employees
• Prospective Members are Invited to Meeting with Prior IAB Approval and
• If They Sign the NDA
Page 34
Technical Presentations for IAB Workshop Follow Standardized Format – 10 minutes typical
Life Form Reviews NOT Done on Workshop Presentations
Page 35
Technical Presentations for IAB Management Review Follow Standardized Format (Limit 5 – 8 pages)
Life Form Reviews ARE Done on Workshop Presentations
Page 37
The CFSP hosts various activities to ensure student participation – and have FUN
B-Day Parties Industrial Speakers Annual Picnics
More CFSP Picnics
AMP StockNative American Outreach Undergraduate Capstone Design