Source: FOX VALLEY TECHNICAL COLLEGE submitted to NRP
WISCONSIN 2 +2 DEGREE PROGRAM IN AGRICULTURAL ENGINEERING TECHNOLOGY PROJECT
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
COMPLETE
Funding Source
Reporting Frequency
Annual
Accession No.
0213793
Grant No.
2008-38414-18964
Cumulative Award Amt.
(N/A)
Proposal No.
2008-01326
Multistate No.
(N/A)
Project Start Date
Sep 1, 2008
Project End Date
Aug 31, 2010
Grant Year
2008
Program Code
[UV]- (N/A)
Recipient Organization
FOX VALLEY TECHNICAL COLLEGE
(N/A)
MADISON,WI 53706
Performing Department
AGRICULTURE
Non Technical Summary
The WTCS and the UWS have nearly 400 individual articulation agreements between them, matching coursework in a specific WTCS program at a specific technical college to coursework in a related major at a specific UWS institution. The burden is on the student to navigate the on-line transfer information system to see which credits will transfer and which programs offer the best deal, that is, accept the most credits. In the worst case scenario, the number of credits accepted depends on how well the student negotiates with the person who makes the determination. Rather than encouraging student recruitment and retention in our educational system, this approach discourages both. In 2003, the WTCS and UWS began to formally address this problem and are now actively seeking and promoting models that offer more seamless options for credit transfer. Several factors compelled them to act: The state of Wisconsin is just above the national average in the proportion of adults with an associate degree - 8.3 vs. 7.0%, but lags behind the national average at the baccalaureate degree level - 25.6% vs. 27.7%. To put this into perspective, just to match the national average, Wisconsin needs to increase the number of baccalaureate degree holders by 20% each year for 10 years. The Wisconsin Department of Workforce Development recently issued a report on the outlook for science, technology, engineering and mathematics (STEM) occupations. Between 2004 and 2014, employment in STEM occupations is expected to grow by 18%, faster than Wisconsin as a whole. It went on to note that 14% of all STEM occupations will require an associate degree; 53% will require a baccalaureate degree. As educators in the state of Wisconsin, the factors above concern and trouble us. As agricultural educators we have an additional concern. Wisconsin demographers suggest that severe shortages of personnel to meet workforce needs in the agricultural sector are on the horizon. Twenty-eight of our 72 counties project at least a 15% decrease in student population by 2015; these are rural counties whose students have traditionally populated agriculture programs in the state.
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
90360993020100%
Goals / Objectives
1. Increase the number of students completing an associate degree in the area of agriculture power and machinery and a baccalaureate degree in agriculture engineering technology (AET). Expected outcome: A 50% increase in enrollment in the FVTC AAS program in power and machinery, up from 20 to 30 students. A 20% increase in enrollment in the UWRF AET program; equivalent to 12 FVTC students transferring into the program each year. This will double the average number of baccalaureate degrees in AET awarded each year. 2. Develop a 2+2 transfer agreement between the FVTC AAS program and the UWRF BS program in agricultural engineering technology. Expected outcome:A 2+2 transfer agreement approved by administrators at both the Wisconsin Technical College System (WTCS) and University of Wisconsin System (UWS). 3. Improve and enhance the curriculum in both the FVTC and UWRF programs. Expected outcome: Improvement in the curricula will be documented in the syllabi of the courses and verified by the established program review processes at each institution.
Project Methods
At the conclusion of the grant we will count the number of students enrolled in the FVTC AAS program in power and machinery to determine whether we have achieved a 50% increase in enrollment. We will also count the number of students taking advantage of the new 2+2 program and transferring from FVTC to UWRF to verify the 20% increase in enrollment anticipated in the agricultural engineering program. These objectives are in line with the first goal of the Challenge grant program: to increase the number of students encouraged to pursue and complete a 2- or 4-year postsecondary degree in the food and agricultural sciences. We will document the curricular improvements on both campuses (additional material/activities added, new courses, shared courses, etc.) that are a result of this project. At UWRF these improvements will be verified and assessed with the next AET program review scheduled for 2011-12. At FVTC, academic program evaluation occurs on a formal five year cycle within the Quality Review Process which produces a Program Improvement Plan and annual progress reports. Annual scorecards monitor state and college level indicators of effectiveness including actual curriculum documentation and curriculum updating for each program measured according to established targets and thresholds. FVTC Agriculture Programs are completing the initial QRP process in January of 2008 with the next full evaluation beginning with a self-study in 2011. A focus group will be conducted with the students enrolled in the 2+2 program to assess their satisfaction with the new program. Students at FVTC not in the program will be surveyed to ensure they are aware of the program, the options/benefits it offers, and to learn what if anything is preventing them from enrolling and/or other 2+2 programs they may be interested in for future development. The assessment of curricular improvements and student satisfaction with the new program will verify that we have successfully met the second goal of the Challenge grant program: to help students achieve their career goals and to help meet workforce needs by increasing the quality of secondary and postsecondary instruction.

Progress 09/01/08 to 08/31/10

Outputs
The project to develop a 2+2 agreement for the Agriculture Engineering AAS program at Fox Valley Technical College (FVTC) and the University of Wisconsin River Falls (UWRF) BS has accomplished the major portion of its intended goal. The need to develop a bridge year to accommodate was identified in order for students to complete the following required general education courses at UWRF: physics; calculus; general chemistry; and trignometry. These courses are not required for the FVTC AAS. As a result of this project, FVTC has also identified another option for students in agriculture to transfer into UWRF Agriculture Engineering majors through an individualized technical studies (ITS) AAS option. The ITS would require 30 credits of general education and 30 credits of agriculture courses. The challenge for this articulation agreement has been the course by course transfer agreement needed at UWRF vs. program to program. PRODUCTS: The product of this project has been the completed agreement of general education approved transfers and FVTC equivalent courses approved to meet the UWRF requirements in the Agriculture Engineering Mechanized Systems Management major. The ITS in agriculture will be the option pursued used for other agricultural engineering transfers including the majors of Agricultural Engineering Tech, and Agriculture Engineering Environmental Science option. OUTCOMES: The key outcome has been the agreement listed above and the creation of the bridge one year option for needed general education courses to be taken at FVTC or UWRF. In addition, FVTC students are able to enroll in the Introduction to Agriculture Engineering Technology 150 course (3 credits) at UWRF using the distance learning interactive television (ITV) network. The ITV course has been offered in the Spring semester with six FVTC students enrolled in 2009 and three enrolled in 2010. This convenient option along with the transfer of credit agreements established through this project provides the foundation for more students to consider the pathway to transfer to the four year program. DISSEMINATION ACTIVITIES: The availability of the transfer options from the FVTC AAS to the UWRF BS in Agriculture Engineering will be noted in college publications. FVTC faculty will inform district high school teachers about the options and discuss this option with high school students and other prospective students. FUTURE INITIATIVES: Work will continue to advance the ITS option for students interested in the multiple agriculture engineering majors at UWRF. FVTC students who complete the Introduction to Agriculture Engineering Technology 150 course will be tracked to determine their ultimate enrollment at UWRF or UW Platteville in agriculture majors.

Impacts
The overall impact of the project is a clearer pathway between the 2 year and 4 year agriculture programs to enable more students to transfer. The gap between the AAS requirements and the BS requirements identified the need for a one year bridge program to address the additional general education courses needed for the BS degree. Further work on the ITS option will enable more AAS agriculture students to pursue advanced studies at the four year level. With the FVTC and UWRF faculty working together regularly on this project, an even stronger relationship and understanding of their respective agriculture programs paves to strengthen future collaborations and student connections.

Publications

  • No publications reported this period


Progress 09/01/08 to 08/31/09

Outputs
The Fox Valley Technical College (FVTC) "Introduction to Agriculture Engineering Technology" (10-00-127) 3 credit course developed is in the Agriculture & Outdoor Power Equipment program at FVTC and offered as a ITV blended class/classroom based lab with UW River Falls (UWRF). The program competencies have been reviewed and a program modification request is being submitted for approval to the Wisconsin Technical College System for implementation in the Fall of 2010. The project partners are identifying the prerequisite "bridge classes" required for the UWRF 300 and 400 level program classes. The mapping of course competencies from two year level to four year level courses is progressing per the plan. The UWRF Co-Director has participated with the FVTC academic advising on campus meeting with students who are interested in transferring to UWRF (Fall 2008; Spring 2009; Fall 2009) PRODUCTS: The curriculum for the Introduction to Agriculture Engineering Technologies course (10-003-127) has been developed for ITV and classroom laboratory segments. The course is co-instructed by FVTC and UWRF. The course was initially offered in Spring of 2009 and will be offered again in the Spring of 2010. The course is designed for a fourth semester Agriculture Power and Outdoor Power Equipment Technology associate degree program student. OUTCOMES: The outcome of the project continues to be the alignment of course competencies (not course to course) in both the two year and four year degree programs to insure "coverage" of the 15 core competencies required by UWRF. There will be an increase in both two year and four year degree students who are interested in pursuing a four year degree. The partners continue to work on the articulation agreement for the program although the partners are challenged with the design of appropriate "bridge courses" to meet the prerequisites at UWRF in the general education areas of chemistry, physics and math. DISSEMINATION ACTIVITIES: None except as stated in the Impacts section. FUTURE INITIATIVES: The future initiative is the design of a new pathway for students interested in a 2+2 option. Example : 2 yrs (FVTC @ Agriculture & Outdoor Power Equipment Associate Degree program) + 1 yr (Bridge Courses at UW Fox Valley or UWRF) + 2 (UWRF 200, 300 & 400 level course)

Impacts
The University of Wisconsin Agriculture Department sponsored an alumni/recruitment tent for both 2008 and 2009 Wisconsin Farm Technology Days. Those represented include UW Madison, UW Stevens Point, UW River Falls, UW Platteville and the Wisconsin Technical Colleges of Lakeshore TC, Northeast TC and Fox Valley TC. The tent featured articulation projects including this Wisconsin 2+2 Degree in Agricultural Engineering project. This is the first joint project of this nature to occur among the two year colleges and four year universities and was well received.

Publications

  • No publications reported this period