Source: OKLAHOMA STATE UNIVERSITY submitted to NRP
TECHNOLOGY TRANSFER PROJECT
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
COMPLETE
Funding Source
Reporting Frequency
Annual
Accession No.
0203154
Grant No.
2001-45026-01165
Cumulative Award Amt.
(N/A)
Proposal No.
2005-06263
Multistate No.
(N/A)
Project Start Date
May 15, 2001
Project End Date
May 14, 2006
Grant Year
2005
Program Code
[SU]- (N/A)
Recipient Organization
OKLAHOMA STATE UNIVERSITY
(N/A)
STILLWATER,OK 74078
Performing Department
AGRI ENGINEERING
Non Technical Summary
The top priorities of many small manufacturers do not include enhancing their use of technology. These manufacturers need outside assistance in problem/opportunity identification, searching for relevant solutions, and the application of manufacturing engineering and management principles to increase competitiveness. The Oklahoma Cooperative Extension Service has responded to this need by establishment of a comprehensive technology transfer project that addresses the needs of small and mid-sized rural manufacturers. This project is unique in its services, but well integrated and coordinated with other business and manufacturing programs in the State of Oklahoma. This integration and coordination give the project the ability to leverage its modest resources to provide a valuable service to the targeted audience. Service is delivered primarily through on-site, one-on-one, focused manufacturing engineering and management assistance including introduction to and application of relevant technologies.
Animal Health Component
100%
Research Effort Categories
Basic
(N/A)
Applied
100%
Developmental
(N/A)
Classification

Knowledge Area (KA)Subject of Investigation (SOI)Field of Science (FOS)Percent
40274102020100%
Knowledge Area
402 - Engineering Systems and Equipment;

Subject Of Investigation
7410 - General technology;

Field Of Science
2020 - Engineering;
Goals / Objectives
Objective 1: Continue the delivery of high-quality engineering and manufacturing management assistance/technology transfer services to the small manufacturers of Oklahoma. The quality of service will be measured by survey responses from clients. At least 85% of survey respondents will answer yes to the following survey questions: Would you use the program services again if you had a need? Would you recommend the program services to other businesses? Objective 2: Demonstrate a value of services provided of at least six times the cost of operations. This objective will be measured by showing an estimated economic value of services, reported by our clients, of at least six times the amount of federal funds allocated to the OCES portion of the project.
Project Methods
We have developed a general methodology of operation that responds to manufacturers' needs, supports other agencies/programs, and optimizes the use of our limited resources. In general, each of our Applications Engineers responds to a referral by conducting an introductory visit with the potential client. During this visit the engineer gains an overview of the company's operations, goals, problems, and opportunities. The company decision-maker, usually the president, learns about our capabilities and our method of service delivery. More importantly, a bond of trust and confidence begins to form between the client and OCES. The Applications Engineer then discusses the potential project with other members of the technology transfer/applications engineering team in order to develop courses of action. In some cases, the engineer, without additional assistance, will engage the client. In other cases, another site visit is required; this time including additional members of the technology transfer/applications engineering team. During this visit we will get a more detailed understanding of the needs of the client by meeting with subordinate supervisors, observing operations, and exchanging ideas. Next we define our approach to providing assistance and present it to the client for approval/modification. Assistance may be in the form of simply providing the client with specific written or verbal information requested, or it may involve an extended search for relevant information, followed by analysis and interpretation. In some cases detailed on-site observation, interview, and data gathering are followed by off-site modeling and analysis in order to respond to the client's needs and objectives. Since one of Extension's missions is education, we always personally involve a company employee (frequently, the chief engineer or operations manager) as a member of our project team. If the issues to be resolved are beyond the capabilities of team members, we will call upon appropriate outside resources such as university researchers, other industrial service providers, consultants, state and federal agencies, and federal laboratories. Whenever others are included, we remain actively involved in the role of participant, assistant, and liaison. Throughout the assistance phase we keep the client informed of our progress and involved in any decision-making. In our larger, more detailed, projects we present the client with a written and on-site oral report. Smaller projects may be culminated by letter and/or oral report. A member of the team always conducts follow-up calls or visits. To quantitatively evaluate project impacts, the Oklahoma Alliance for Manufacturing Excellence conducts a client assessment survey for each manufacturer receiving our services. Impacts may include increased sales, costs savings, increased capital investment, cost avoidance, and new/retained jobs. These factors, along with others related to the quality and overall economic value of our services, are included in the client survey.

Progress 05/15/01 to 05/14/06

Outputs
Through the Oklahoma Cooperative Extension Service, Oklahoma State University provides technical assistance to small rural manufacturers via the Applications Engineering program. The Technology Transfer Project contributes directly to the Applications Engineering program and is closely coordinated with it. The technical assistance work is conducted by professional engineers and is done in cooperation with the Manufacturing Extension Agents of The Oklahoma Alliance for Manufacturing Excellence. Examples of engineering projects include assisting small manufacturers in implementing processes and procedures to comply with OSHA and EPA rules and regulations, process and product development, manufacturing facility layout, and manufacturing cost analysis. During FY 2006, the Applications Engineers served 91 small, mostly rural, manufacturers that employ more than 4,465 Oklahomans. This effort included more than 2,900 hours of direct engineering assistance and technology transfer activities. In order to receive engineering assistance the client must agree to a post-project impact assessment. This impact assessment is done using procedures developed by the National Institute for Standards and Technology for the Manufacturing Extension Partnership. The client is contacted some months after the completion of an activity and is asked a series of questions designed to assess the impact of the effort. Program impacts are measured in several ways including increased sales, retained sales, costs saved, costs avoided, and new investment. Another measure is the number of jobs created or retained, which is translated into economic impact using an income multiplier to compute the direct, indirect, and induced effects due to a change in the number of jobs in the manufacturing sector. The Applications Engineers also mentor certain senior engineering class design project teams. These senior design team projects allow the students to work with a small manufacturer on a real world problem, and at the same time, provide the manufacturer access to some of our best and brightest soon to graduate engineers at virtually no cost. These project activities provide a win-win situation for both students and manufacturers.

Impacts
From FY 2002 through FY 2006, the reported impact of the Applications Engineering program on client projects totaled over 336 million dollars. This included approximately 165 million dollars in sales increase/retention, 23 million dollars in cost savings/avoidance, 36 million dollars in new investment in facilities and equipment, and a net 1489 jobs created/retained with an economic impact of approximately 112 million dollars.

Publications

  • No publications reported this period


Progress 10/01/04 to 09/30/05

Outputs
Through the Oklahoma Cooperative Extension Service, Oklahoma State University provides technical assistance to small rural manufacturers via the Applications Engineering program. During FY 2005, the Applications Engineers, in cooperation with the Manufacturing Extension Agents of The Oklahoma Alliance for Manufacturing Excellence, served 87 small, mostly rural, manufacturers that employ more than 3,800 Oklahomans. This effort included more than 2,700 hours of direct engineering assistance and technology transfer activities. Examples of engineering projects include assisting small manufacturers in implementing processes and procedures to comply with OSHA and EPA rules and regulations, process and product development, manufacturing facility layout, and manufacturing cost analysis. In order to receive engineering assistance the client must agree to a post-project impact assessment. This impact assessment is done using procedures developed by the National Institute for Standards and Technology for the Manufacturing Extension Partnership. The client is contacted some months after the completion of an activity and is asked a series of questions designed to assess the impact of the effort. Program impact is measured in several ways. One is the economic value of the service to the company as reported by the client. Another measure is the number of jobs created or retained, which is translated into economic impact using an income multiplier to compute the direct, indirect, and induced effects due to a change in the number of jobs in the manufacturing sector. The Applications Engineers also mentored several senior engineering class design project teams during the fiscal year. These senior design team projects allow the students to work with a small manufacturer on a real world problem, and at the same time, provide the manufacturer access to some of our best and brightest soon to graduate engineers at virtually no cost. These project activities provide a win-win situation for both students and manufacturers.

Impacts
In FY 2005, the reported impact of the Applications Engineering program on client projects totaled over 22.6 million dollars. This included about 10.3 million dollars in sales increase/retention, 3.3 million dollars in cost savings/avoidance, 2.6 million dollars in new investment in facilities and equipment, and 86 jobs created/retained with an economic impact of approximately 6.5 million dollars.

Publications

  • No publications reported this period