Source: NORTHEAST IOWA COMMUNITY COLLEGE submitted to
AGRISCIENCE ACADEMY
Sponsoring Institution
National Institute of Food and Agriculture
Project Status
TERMINATED
Funding Source
Reporting Frequency
Annual
Accession No.
0206833
Grant No.
2006-38414-16920
Project No.
IOWE-2006-02173
Proposal No.
2006-02173
Multistate No.
(N/A)
Program Code
UV
Project Start Date
Jul 1, 2006
Project End Date
Jun 30, 2009
Grant Year
2006
Project Director
MUELLER, T. M.
Recipient Organization
NORTHEAST IOWA COMMUNITY COLLEGE
1625 Hwy. 150 P.O. Box 400
CALMAR,IA 52132-0400
Performing Department
(N/A)
Non Technical Summary
NICC has several courses taught as dual credit courses. Quite often when an instructor comes up short on their time they end up falling back on what they have always done, which may or may not meet the course requirements. The second problem that exists is that the many different high school programs have no solid framework set up on how their courses transfer into a particular program. There are several Agriscience Academies that currently exist in the country but most of them require students to leave their local school system, at least partially, before they graduate from high school. The goal of this program will be to keep students in their local schools through graduation while completing the first year of their post-secondary education.
Animal Health Component
(N/A)
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
The overall goal of the grant will be to develop the framework for an agriscience academy that would involve 3 types of courses: four dual credit agriculture courses taught locally by a qualified high school agriculture education instructor, four dual credit general education courses taught locally by qualified instructors, and distance education courses online or over the fiber optics network. Students would enroll in the academy during their junior and senior years and be able to complete a degree at Northeast Iowa Community College one year after high school graduation. The goal over the two years of the grant would be to layout the framework for the academy that could be incorporated into any schools that was interested. As part of this framework curriculum packets will be developed for each dual credit course in the form of a notebook and electronically available on the internet. The purpose of the curriculum packets will be to provide an outline and materials for teaching the courses that allows for greater consistency across various sections and teachers. Objectives of the program include the following: Keep students actively involved in high school agriculture and FFA programs for 4 years while giving them an opportunity to complete their freshman year of college. Increase the number of students enrolling in and successfully completing a post-secondary agriculture degree. Providing a more highly educated agriculture workforce. Provide students with a faster and less expensive tract into a successful agriculture career.
Project Methods
The project will design an Agriscience Academy that will create an opportunity for students to enroll in post-secondary courses while still in attendance at their local high school. This eliminates the barriers of travel, time, and expense that often prevent students from obtaining a post-secondary education. There are several Agriscience Academies that currently exist in the country but most of them require students to leave their local school system, at least partially, before they graduate from high school. The goal of this program will be to keep students in their local schools through graduation while completing the first year of their post-secondary education. This has several advantages for the students and local school system. Students can maintain their active involvement in FFA and other extracurricular activities through their senior year. It is during that senior year that many of the important leadership skill are developed. Students will be taking their initial post-secondary courses in a setting they are familiar with teachers they are familiar with. This more comfortable setting will improve the successful transition into post-secondary education. Local school district will be able to offer more vigorous courses during the junior and senior year and keep more students in the local school district, thus maintaining the strength and viability of our local districts. The program will have two phases. The first phase will be the development of curriculum notebooks for eight dual credit courses in the Academy. The notebook would include the course guide, course expectations for each unit, and sample activities for each unit. These notebooks will be developed by selected teachers who are currently teaching a successful dual credit course in that area. The lead teacher on each packet will work with other instructors teaching the same course in a round table format for the sharing of ideas through face to face and other modes of communication. The notebook would be available both as a hard copy and electronically at a web site. The second phase of the program will be the development of a notebook that outlines the framework of an Agriscience Academy including the following; how to set up an academy, the requirements of the academy, advising tools for students interested in and enrolled in the academy, and other pertinent documents to the successful implementation and operation of the academy. This packet will be developed by representatives from NICC, other interested community colleges, and high schools who are currently actively involved in a dual credit program. This again would be available both as a hard copy and electronically on a web site. Northeast Iowa Community College will be responsible for the coordination of the overall project which each of the partners taking on the responsibility of developing at least one of the notebooks.

Progress 07/01/06 to 06/30/09

Outputs
The overall goal of the grant was to develop the framework for an agriscience academy that would involve 3 types of courses: four dual credit agriculture courses taught locally by a qualified high school agriculture education instructor, four dual credit general education courses taught locally by qualified instructors, and distance education courses online or over the fiber optics network. We were able to develop curriculum material for seven courses (Agronomy, Animal Science, Farm Management, Agriculture Marketing, Foundations of Writing, College Composition, and Speech). Partnerships have been developed with 12 schools in Northeast Iowa who are now offering these courses. In collaboration with the local Area Education agency we have placed the curriculum on a Moodle course management software web site that has been accessed by several schools throughout other parts of the state. We have also developed a completely online Agriculture Business degree with many high school students taking courses from the program as a post secondary enrollment option. Future plans include further development of the online degree in collaboration with secondary programs and four year bachelor programs to allow students a seamless degree from 9th grade through a 4 year degree. As a result of this effort the Agriculture Business and Production Programs at NICC has seen an enrollment increase of over 200%. Several participating high school have stated that they now have students attending college that normally may not have. PRODUCTS: We have developed curriculum for seven courses: Animal Science, Crop Science, Farm Management, Agriculture Markets, Foundations of Writing, College Composition and Fundamentals of Speech. Notebooks and/or web based materials are available of the curriculum materials. The agriculture courses are available in a Moodle web server. (http://moodle.aea1.k12.ia.us:8888/moodle18/) The General Education materials are available in a web server housed with Northeast Iowa Community College OUTCOMES: Dual credit courses are being taught with consistent quality and rigor across all school districts. A greater number of students are staying active in their FFA chapters during their senior year. Several students are now graduating with an associate degree in agriculture in one year or less after high school. Students are entering the work force or transferring to a four year university at in a much shorter time. A greater percentage of new employees entering the agriculture workforce have some type of post secondary education DISSEMINATION ACTIVITIES: Three of the partners for the project presented at NAAE conference. The curriculum for the four agriculture courses has been all converted to electronic format and uploaded to a Moodle web server. The link to this web site has been distributed to all teachers in the state by the State Department of Education. The curriculum for the General Education is available on an NICC web server avaailable to any instructor associated with NICC. A workshop was held in June 2009 top disseminate the materials so far developed and to gather more materials for the courses. FUTURE INITIATIVES: Plans are to continue workshops on an annual basis to share information and keep curriculum updated. Plans are to expand the partnerships with 4 year institutions to allow a more seemless transition from grade 9 through 16

Impacts
Student retention in agriculture during the senior year of high school has increased by 10-20 percent Number of student pursuing post secondary education in agriculture at Northeast Iowa Community College has increased by 210 percent. Students have reduced the cost of their post secondary education by 10-50 percent

Publications

  • No publications reported this period


Progress 07/01/07 to 06/30/08

Outputs
The overall goal of the grant is to develop the framework for an agriscience academy that would involve agriculture and general education courses taught locally by qualified high school instructors. At this point in the process we have developed curriculum for six courses: Animal Science, Crop Science, Farm Management, Agriculture Markets, Foundations of Writing, and Fundamentals of Speech. Curriculum for three other courses are currently in the development stage: Intermediate Algebra, Psychology of Human Relations, and College Composition. All courses are transferable to Iowa State University. As the project is completed we will have notebooks of all of the materials available as well as electronic copies available in a Moodle web server. (http://moodle.aea1.k12.ia.us:8888/moodle18/) The work for this project is being completed by active full time teachers thus requiring most of it to be done during the summer. In the first summer of the grant we were unable to get much going so an additional summer has been needed to complete the materials. The four objectives of the program are: Keep students actively involved in high school agriculture and FFA programs for 4 years while giving them an opportunity to complete their freshman year of college. Increase the number of students enrolling in and successfully completing a post-secondary agriculture. Provide students with a faster and less expensive tract into a successful agriculture career. Even though the program is still not fully implemented we have already accomplished all of these objectives. PRODUCTS: We have developed curriculum for six courses: Animal Science, Crop Science, Farm Management, Agriculture Markets, Foundations of Writing, and Fundamentals of Speech. Curriculum for three other courses are currently in the development stage: Intermediate Algebra, Psychology of Human Relations, and College Composition. As the project is completed we will have notebooks of all of the materials available as well as electronic copies available in a Moodle web server. (http://moodle.aea1.k12.ia.us:8888/moodle18/) OUTCOMES: Dual credit courses are being taught with consistent quality and rigor across all school districts. A greater number of students are staying active in their FFA chapters during their senior year. Several students are now graduating with an associate degree in agriculture in one year or less. Students are entering the work force or transferring to a four year university at in a much shorter time. A greater percentage of new employees entering the agriculture workforce have some type of post secondary education DISSEMINATION ACTIVITIES: Three of the presenters for the project presented at NAAE conference. The curriculum for the four agriculture courses has been all converted to electronic format and uploaded to a Moodle web server. The link to this web site has been distributed to all teachers in the state by the State Department of Education. FUTURE INITIATIVES: Instructors will continue to meet during the summer on an annual basis to update materials on the web site.

Impacts
Student retention in agriculture during the senior year of high school has increased by 10-20 percent Number of student pursuing post secondary education in agriculture has increased by 10 percent Number of students completing degrees has increased by 25 percent Students have reduced the cost of their post secondary education by 10-50 percent

Publications

  • Curriculum notebooks for six courses have been printed locally: Animal Science, 2008
  • Crop Science, 2008
  • Farm Management, 2008
  • Agriculture Markets, 2008
  • Foundations of Writing, 2008
  • Fundamentals of Speech, 2008


Progress 07/01/06 to 06/30/07

Outputs
The first phase is the development of curriculum notebooks for eight dual credit courses in the Academy. The notebooks will include the course guide, course expectations for each unit, and sample activities for each unit. The purpose of the curriculum packets will be to provide an outline and materials for teaching the courses that allows for greater consistency across various sections and teachers. At this point we have developed the first draft of four curriculum notebooks in agriculture. These drafts were distributed to 18 High School Agriculture Teachers in June to test run during the coming year. The lead instructor for each notebook will work a selected small group of these 18 teachers to finalize the packet for electronic distribution next year. In addition NICC instructors are currently working on curriculum notebooks for 5 general education courses that will distributed as their first draft this fall. PRODUCTS: The first draft of four curriculum notebooks have been developed in agriculture; Farm Management, Agriculture Marketing, Animal Science, and Crop Science. These notebooks include the course guide, course expectations for each unit, and sample activities for each unit. OUTCOMES: Eighteen instructors in Northeast Iowa have curriculum materials to help them enhance or expand their offerings of college level classes in their high school DISSEMINATION ACTIVITIES: The curriculum packets were distributed to 18 instructors at a workshop at Northeast Iowa Community College in June. Copies of the materials were displayed at the Iowa Agriculture Teachers Conference. In addition a web site has been developed for electronic distribution of the materials. (http://ag.nicc.edu/) FUTURE INITIATIVES: Additional packets are being developed in five general education courses with the first drafts to be distributed this fall. All materials will go through testing during the coming year with final revisions made for distribution next summer. At that point everything will be uploaded electronically to the web site. During the coming year a framework will be developed for a Agriscience Academy that will utilize the curriculum packets to help students seamlessly transition from High School to College

Impacts
The curriculum packets have increased the quality of instruction in the high schools in this areas. As a result of this in the coming years it is expected that students will be better prepared to attend college and more successful in completing their degrees. It is also expected that more students will be attending college as they have already had an opportunity to obtain many of their courses while attending their local high school

Publications

  • No publications reported this period