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Philip Shapira, School of Public Policy, Georgia Institute of Technology, Atlanta GA 30332-0345 USA (Email: philip.shapira@pubpolicy.gatech.edu); Jan Youtie, Economic Development Institute, Georgia Institute of Technology, Atlanta GA 30332-0640 USA (Email: jyoutie@mail.edi.gatech.edu)
Published June 1996. Presented at Annual Meeting, Technology Transfer Society, Cleveland, OH, July 1996.
Partnerships among and between private and public organizations are increasingly becoming important for technology program service provision in the United States (Osborne and Gaebler 1993). In the field of technology policy and technology transfer, there are cooperative programs in all fifty states which, from 1992 to 1994, were supported by $1 billion in funding. Ten federal agencies sponsored public-private collaborative technology programs in Fiscal Year 1994, with funding totaling $3.1 billion (Berglund and Coburn 1995).
The Manufacturing Extension Partnership (MEP) exemplifies this partnership trend. The MEP is a network of technology assistance and service providers which aims to upgrade the performance and competitiveness of small and medium-sized manufacturers in the United States (Shapira, Roessner, Barke 1994). MEP is a collaborative initiative between federal and state governments which also involves non-profit organizations, academic institutions, and industry groups. The U.S. Department of Commerce, National Institute of Standards and Technology (NIST) is the MEP's federal sponsor. From three Manufacturing Technology Centers (MTCs) in 1989, the MEP has now grown to a network of more than 60 centers in 42 states.
One of the major areas where NIST has sought to identify and disseminate program learning and best practice is that of service coordination (Shapira 1994). MEP centers usually involve various other organizations to operate their programs and provide services to their small and mid-sized establishment (SME) customers. Across the MEP system, there are hundreds of these partner organizations, including non-profit technology or business assistance centers, economic development groups, universities and community colleges, private consultants, utilities, federal laboratories, and industry associations.
This document reports on a study which has examined the development, operation, and effects of efforts to promote local service coordination in the MEP system. (Shapira and Youtie, with Kingsley and Cummings 1996). The study probed the extent to which service coordination has grown among MEP affiliates, the organizations and institutional relationships involved, and the impacts on how services are delivered to customer firms. In addition, the study identified and conducted six in-depth case studies of the following centers with exemplary service coordination features: Chicago Manufacturing Center (Chicago, Illinois area), Georgia Manufacturing Extension Alliance (state of Georgia), Great Lakes Manufacturing Technology Center (Cleveland, Ohio area), Manufacturing Extension Partnership of Southwest Pennsylvania (Pittsburgh, Pennsylvania area), Minnesota Manufacturing Technology Center (state of Minnesota), Oklahoma Alliance for Manufacturing Excellence(state of Oklahoma). These efforts were used to distinguish best practices in service coordination.
The study addressed three major questions.
In pursuing answers to these questions, we considered rival explanations and then investigated these alternatives before arriving at final conclusions.
On the first question-whether MEP sponsorship led to increased service coordination-we found the following:
For the second question-whether increased service coordination led to improvements in industrial modernization service provision-our conclusions were:
Finally, we probed whether best practices in service coordination could be identified and, if so, how these best practices might be more widely known and disseminated within the national MEP system. Through the case studies, we identified a series of service coordination best practices (Table 1). These practices included:
While service coordination has significant benefits, we also draw attention to the fact that there are costs and potential tensions from this approach. These drawbacks included increased costs (e.g., identifying service providers, lost learning within the organization, information sharing, contract management and monitoring projects), difficulties in maintaining quality across partner organizations, delays in timely service delivery, and inter-organizational tensions. At the same time, the benefits associated with service coordination included avoiding the duplication of services, tapping specialized skills, spreading development costs of new tools, broader marketing to new industrial customers, improving access to particular industries and areas, flexibility in staffing and the delivery of services, improving service quality, enhancing visibility in the locality, and strengthening state and local support.
We recommend that it would be useful to make these best practices more widely known and disseminated. Attention should also be paid to the required investments and tensions associated with efforts to implement service coordination. The mechanisms to promote knowledge about these best practices (and required investments) could certainly include circulating information about these practices through written and electronic forms. However, most useful in our view would be efforts to promote information and experience exchange across different MEP programs through forums, training events, and exchanges of personnel. The development and dissemination of case examples where firms have been assisted through coordinated services might also prove helpful (several such examples are documented in the full program case studies). And, of course, continued attention to issues of service coordination in program reviews, periodic guidance to program managers, and funding decisions is most important.
This paper draws upon research sponsored through a grant from the U.S. Department of Commerce, National Institute of Standards and Technology (NIST) under award 50SBNBC8305. (For the full report of the study, see Shapira, P., and J. Youtie, with G. Kingsley and M. Cummings 1996.)
Permission is granted to copy or reproduce this document providing a full citation is used. The recommended citation is: Philip Shapira and Jan Youtie, Coordinating Industrial Modernization Services: Overview of Impacts and Insights from the U.S. Manufacturing Extension Partnership, School of Public Policy and Economic Development Institute, Georgia Institute of Technology, Atlanta, Georgia, USA, June 1996. We would appreciate copies of publications in which this document is cited.
Practice Description Observations Examples
Shared Partnerships fit Because programs The Chicago MTC
system-wide into the goals have different has
partnership and vision of the strategies and multi-organization
vision program. local conditions, al team
Partners may take their partnership management.
on central arrangements are Georgia has a
management likely to differ. lead organization
functions or (in using partners to
longer-standing provide specific
programs) play services.
specific roles in
providing service
or access to new
customer
segments.
Structured Strategic and In practice, Oklahoma and
flexibility operating plans external Chicago both used
recognize phases changes-e.g., NIST planning
of change in customer needs, grants to evolve
partnership budgetary, or their
arrangements. political multi-organization
factors-often al programs
drive
modifications in
partner
relationships.
Joint marketing Collaborative The cost of Southwest
efforts activities for outreach to new Pennsylvania has
increasing types of potential a uniform
outreach to customers or those brochure which
customers, in a broader all partner
involving geographic areas organizations use
marketing is shared. In
materials, practice, the
jointly sponsored partner that gets
seminars and the first call may
workshops, and keep the project.
co-locations.
Cross-training Programs to learn Some centers Georgia's
skills and provide little partners have
capabilities from training to held training
one another as in-house staff or sessions in
well as improve partners. financial
inter-organization analysis, working
al understanding with the federal
laboratories, and
other areas.
Shared Regular Implementing Southwest
information communication shared electronic Pennsylvania has
among information an electronic
organizations can systems can be information
occur through difficult and system used by
periodic expensive. more than 15
meetings, Personal links may partner
electronic be weakened as organizations.
systems, and staff turnover
informal occurs.
mechanisms. The
institutionalizati
on of personal
relationships is
particularly
important.
Development and Collaborative Saves development Cleveland has
sharing of tools development of costs, promotes participated with
assessment tools cohesion, and several other MEP
and database enhances expertise centers in the
systems for of developers development of
distribution to assessment tools
centers and an electronic
throughout the reporting system.
MEP
Coordinated, Program-wide Provides Minnesota has a
program-wide mechanisms for consistency in system-wide
system for making accessing common quality of shared database
referrals information about referrals of external
external service throughout the service providers
providers for program and lowers and bulletin for
making referrals the cost of posting project
finding referrals; proposal
quality control a requests.
possible problem
for referrals
Collaborative For assessments May be more Chicago uses
service delivery and projects, objective, leading multi-organization
teams involve to new al teams to
staff from more observations and deliver
than one recommendations, assessments.
organization. but can cause
delays
Specific Functions for Prevents service Oklahoma's
mechanisms to promoting and coordination from Regional
promote monitoring taking a lower Coordination
partnership partnerships priority to daily Councils organize
within the operational existing
organization issues; resources to help
facilitates broker/agents
paperwork effectively
identify service
providers.
Georgia's
Technology
Linkages Office
facilitates
relationships
with federal
laboratory and
university
departments.
Partnership Evaluation of Helps deal with Chicago and
performance partnerships changes in Pennsylvania have
review against partnership modified
contractual goals performance over contractual
or manufacturing time relationships
needs with partners
after review.
Advanced Research Projects Agency, 1993, FY93 Technology Reinvestment Project, Solicitation.
Berglund, D. And C. Coburn, 1995, Partnerships: A Compendium of State and Federal Cooperative Technology Programs (Battelle Press, Columbus, OH).
Coburn, C., 1994, State Perspectives on the Technology Reinvestment Project Round I: A Report of Interviews of State Technology Program Leaders (Battelle Press, Columbus, OH).
Osborne, D. and T. Gaebler, 1993, Reinventing Government: How the Entrepreneurial Spirit is Transforming the Public Sector, (New York, Plume).
Shapira, P., 1994, A Guide to Best Practices in Industrial Modernization, (Georgia Institute of Technology, Atlanta, GA).
Shapira, P., J. D. Roessner, and R. Barke, 1994, "New infrastructures for small firm industrial modernization in the USA," Entrepreneurship and Regional Development, 7.
Shapira, P., and J. Youtie, with G. Kingsley and M. Cummings 1996, Coordinating Industrial Modernization Services: Impacts and Insights from the U.S. Manufacturing Extension Partnership, (Georgia Institute of Technology, Atlanta, GA).