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GENERAL EDUCATION ASSESSMENT RESULTS ALL FACULTY MEETING OCTOBER, 24, 2017 Presentation of General Education Assessment Goals, Procedures, Data, and Conclusions Thad Meeks (Chair of General Education Assessment Committee) Objectives for


  1. GENERAL EDUCATION ASSESSMENT RESULTS ALL FACULTY MEETING OCTOBER, 24, 2017 Presentation of General Education Assessment Goals, Procedures, Data, and Conclusions – Thad Meeks (Chair of General Education Assessment Committee)

  2. Objectives for General Education and the Baccalaureate Degree • Analytic, Problem Solving, and Decision-Making Skills • Oral and Written Communication • Foundations in Liberal Arts • Value of Diversity • Scientific Literacy • Ethics

  3. First Cycle of Gen Ed Assessment First Cycle Analytic Communication Scientific Foundations Communication Value of Ethics Problem (Written) Literacy in Liberal (Oral) Diversity Solving Arts Identify Measurable Outcomes '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 Develop rubrics '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 '14-'15 '14-'15 Map outcomes to the gen ed '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 '13-'14 curriculum Collect evidence '13-'14 '13-'14 '14-'15 '15-'16 '15-'16 '15-'16 '15-'16 Score with rubrics (team of '14-'15 '14-'15 '14-'15 '15-'16 '15-'16 '15-'16 '15-'16 faculty) Analyze results '14-'15 '14-'15 '14-'15 '15-'16 '15-'16 '16-'17 '16-'17 Act on findings to improve '15-'16 '15-'16 '15-'16 '16-'17 '16-'17 '16-'17 '16-'17 curricular and cocurricular Revise assessments '15-'16 '15-'16 '15-'16 '16-'17 '16-'17 '16-'17 '16-'17

  4. Second Cycle of Gen Ed Assessment Second Cycle Analytic Communication Scientific Foundations Communication Value of Ethics Problem (Written) Literacy in Liberal (Oral) Diversity Solving Arts '19- ‘20 '19- ‘20 Collect evidence '17-'18 '17-'18 '17-'18 '18-'19 '18-'19 '19- ‘20 '19- ’20 Score with rubrics (team of '17-'18 '17-'18 '17-'18 '18-'19 '18-'19 faculty) '19- ‘20 '19- ‘20 ‘20 - ’21 ‘20 - ’21 Analyze results '18-'19 '18-'19 '18-'19 '19- ‘20 '19- ‘20 ‘20 - ’21 ‘20 - ’21 Act on findings to improve '18-'19 '18-'19 '18-'19 curricular and cocurricular '19- ‘20 '19- ‘20 ‘20 - ’21 ‘20 - ’21 Revise assessments '18-'19 '18-'19 '18-'19

  5. Written Communication • Early attempts were made to collect existing artifacts from a variety of classes and score them on different written communication and critical thinking criteria. • The mean scores for the upperclassmen were statistically higher than for the lowerclassmen. • The primary limitations were the inconsistencies in the types of and requirements for the written assignments. • Led the committee to seek a more standardized way to assess written communication (and perhaps other objectives)

  6. Critical Thinking Assessment Test (CAT) • 15-item test designed to assess and promote the improvement of critical thinking and real-world problem solving skills • Developed by the Center for Assessment and Improvement of Learning at Tennessee Tech University with funding from NSF • The test is scored by the faculty at the participating institution. • Assesses four broad skills that align with our goals of Analytic Problem Solving, Written Communication, and Scientific Literacy • 1. Evaluation and Interpretation of Information (Scientific Literacy) • 2. Problem Solving (Analytic Problem Solving) • 3. Creative Thinking (Scientific Literacy and Analytic Problem Solving) • 4. Effective Communication (Written Communication)

  7. CAT Procedure • Thad Meeks (Chair of General Education Assessment Committee) and Zenia Agustin (Director of General Education) trained on the CAT process • Collected data from freshmen in NFS course ( n = 141) and seniors in IS courses ( n = 105) in the spring of 2015 • Gen Ed Assessment Committee scored the freshman data over the course of the spring 2015 semester and the senior data at the beginning of summer 2015. • At least two raters per item (a third rater settled disagreements) • Ratings were sent to the Center for Assessment and Improvement of Learning for scoring.

  8. CAT Results; * = Significant Group Difference * * * *

  9. Conclusions from CAT • The positives were that overall (and with three subscales), there were statistical differences between freshmen and seniors. • Despite this, the effects were not necessarily large and no effect in Evaluating/Interpreting Information. • The limitations of the process included class selection, the timing of testing, the motivation of the students, and the scoring process. • We are currently collecting and will soon be assessing new CAT data. We are attempting to address some of these limitations.

  10. Oral Communication Procedure • In the spring of 2016, we collected data from recorded student presentations in ACS 101 ( n = 109) and various other sources for upperclassmen (e.g., IS courses, senior assignment presentations), ( n = 69). • Students’ oral presentations were scored by the General Education Assessment Committee using a rubric on a 1-4 scale (higher numbers represented better performance). • Three subscales: • 1. Organization • 2. Language • 3. Delivery

  11. Oral Communication Results; * = Significant Group Difference * * * * * * * *

  12. Conclusions from Oral Communication Data • Overall, and on all three subscales, there were significant differences favoring the upperclassmen. • The primary limitation of this process was that the variety of presentations that were assessed made scoring consistency difficult.

  13. Diversity and Ethics • These data were gathered as a part of NSSE Focus Groups in May of 2016 (60 total students). • One question related to students’ exposure to different types of perspectives (i.e., ethnic, political, economic, and social). • 43 responders claimed a combination of classes as their means of exposure. • One question related to students’ exposure that helped them develop their own code of values and ethics. • 32 responders claimed classroom experiences (e.g., discussion) as the source of this exposure. • What can we conclude from these data? How can we better assess this?

  14. Overall Conclusions • In a positive sense, we showed statistically significant differences between our lower and upperclassmen, except in one subscale of the CAT. • Challenges • Better measures • More student motivation • More consistent sources of data • More consistent scoring of data • But all of this requires more buy-in for assessment • Need for faculty assistance • Need to “close the loop”

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