Skip to main content
. 2010 Fall;9(3):181–188. doi: 10.1187/cbe.10-03-0029

Table 1.

Logic model for the assessment of the quantitative biology degree program: student-focused assessment

Inputs Strategies Outputs Outcomes Impacts
  • QBIO, life science, and other majors

  • Mentors: University of Delaware faculty in multiple disciplines, graduate students, and industrial collaborators

  • University support

  • Grant funding

  • Research projects

  • Lab facilities

  • Summer research:
    • Mentoring by faculty representing two areas in quantitative biology
    • Summer research fellowships dedicated to QBIO majors (co-advised by QBIO affiliated faculty in two areas)
    • Mentoring by faculty and industrial researchers
  • Core Bio Labs: Add a strong quantitative analysis component to the investigative labs

  • Bio-Math Seminar: Regular seminar on quantitative biology accessible to undergraduates; expert outside speakers invited periodically

  • Orientation on graduate studies and science careers for quantitative biology and other undergraduate students

  • Number of students demonstrating stronger quantitative background

  • Number of students pursuing graduate studies in science or professional schools

  • Number of students participating in undergraduate research at the interface of life sciences and math and statistics

  • Number of students whose attitudes about science and scientific discovery change

  • Students develop appreciation for the value of, and excitement about, research in QBIO

  • Students become interested in careers in science and advanced studies

  • Students develop good communication skills (reports, posters, oral presentations)

  • Mentors' skills in interdisciplinary research mentoring are enhanced

  • More faculty involvement in student research mentoring

  • Students complete advanced studies in science or professional schools and pursue careers in scientific fields

  • Graduate student and postdoc mentors apply their skills to mentor students once they start on their careers (academic or industrial)

  • Faculty continue their involvement in undergraduate research mentoring

  • University invests more resources to support undergraduate research to expand the opportunities for a larger number of students

  • A shift of university culture toward integration of interdisciplinary research in teaching, especially the inclusion of a quantitative component

  • Wide range and largely inclusive opportunities for undergraduate research for undergraduate students at the university

  • A significant increase in the number of talented students pursuing careers in science and research