What is STEM?
Efforts to track the growth and evolution of scholarship in Science, Technology, Engineering, and Mathematics (STEM) have led to various definitions of STEM. Factors in defining STEM vary depending on who is tracking data, including government agencies, academic institutions, and industry. As a result, there is not a single definition of STEM that is universally observed. Here are a few ways that STEM is defined:
- Contains 422 programs (6-digit) in 22 disciplines
- Broadest definition - revised/expanded in 2012
- Includes prgrams in Agriculture, Natural Resources, Communications, Education and Psychology
- International STEM graduates may remain additional 17 mo. optional practical training (OPT)
- DHS-ICE STEM-Designated Degree Program List
- Definition used in PS-LSAMP
- Contains 224 programs (6-digit CIP) in 12 disciplines
- Includes Agriculture and Natural Resources
- Does not include Health Professions and Related Programs
- Broader definition than IPEDS
- NSF STEM Classification of Instructional Programs
- Provides extensive benchmarking opportunities
- Contains 224 programs (6-digit CIP) in 10 disciplines
- Narrowest definitions considered
Starting fall semester 2017, certain rigoourous STEM courses are eligible for a .5 GPA boost for students' HOPE average GPAs. Find out more about this program, as well as a directory of eligible courses HERE.
What is the CIP? The Classification of Instructional Programs (CIP) provides a taxonomic scheme that supports the accurate tracking and reporting of fields of study and program completions activity. See U.S. Department of Education's National Center for Education Statistics (NCES) website for more information.
UGA courses are assigned a CIP code. See webpage for form to request a CIP change: website for current information.
UGA degrees/majors are assigned a CIP code.
UGA's Office of STEM Education
The Office of STEM Education (OSE) is a unit of the Office of Instruction. OSE represents the University of Georgia in the University System of Georgia Board of Regents STEM Initiative, whose goals are to 1) increase the number of students who succeed in STEM courses; 2) increase the number of of students who pursue baccalaureate degrees in STEM fields, and 3) make science and mathematics teacher production a high priority to ease Georgia's severe shortage of teachers in these subject areas.
OSE collaborates with faculty, staff and students within UGA's schools, colleges, units and organizations across campus, as well as with K-12 teachers and administrators, to create a collective impact toward common goals. Each group or individual may still pursue thier own goals with a broader understanding of how their efforts can contribute to the University of Georgia STEM goals.
Components of Collective Impact:
- Backbone Organization - Coordinate participation among partners
- Common Agenda - Shared goals and vision
- Continuous Communication - Ongoing communication to strengthen relationships and coordination among the partners and stakeholders
- Shared Measurement - Useful data for partners to plan activities and support collaboration with partners and stakeholders
- Reinforced Activities - Coordinated activities that support collective effort
- * Adapted from John Kania and Mark Kramer, Stanford Social Innovation Review, Winter 2011, Volume 9, Number 1
As UGA’s central resource for information and services related to STEM, the Office of STEM Education:
- provides campus-wide leadership for activities that improve STEM teaching and student learning,
- promotes disciplinary-based STEM education scholarship, and
- facilitates productive partnerships among members of the university, P-12, business, government agencies, and local communities
Collective Imapct is a means of structuring collaboration that helps coordinate efforts of autonomous groups in order to work towards common goals. The groups, such as Departments, Colleges, student organizations, or individual faculty or students, can still pursue their individual goals but with a broader understanding of how their effors can contribute to the University of Georgia STEM Goals
The Components of Collective Impact:
- Backbone Organization: Coordinate participation among partners
- Common Agenda: Shared goals and vision
- Continuous Communication: Ongoing communication to strengthen relationships and coordination among the partners and stakeholders
- Shared Measurement: Data that is useful partners, to plan activities and support collaboration with partners and stakeholders
- Reinforcing Activities: Coordinated activities that support the collective effort
Sign up for the STEM Listserv by sending an email to email@example.com.