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Improving Student Success in the Sciences Here and Beyond QUALITY ENHANCEMENT PLAN (QEP) FOR IMPROVING LEARNING IN THE SCIENCES Leslie Parise, Professor.

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Presentation on theme: "Improving Student Success in the Sciences Here and Beyond QUALITY ENHANCEMENT PLAN (QEP) FOR IMPROVING LEARNING IN THE SCIENCES Leslie Parise, Professor."— Presentation transcript:

1 Improving Student Success in the Sciences Here and Beyond QUALITY ENHANCEMENT PLAN (QEP) FOR IMPROVING LEARNING IN THE SCIENCES Leslie Parise, Professor and Chair of Biochemistry and Biophysics, School of Medicine Kevin Guskiewicz, Senior Associate Dean, Natural Sciences, College of Arts & Sciences

2 Background Our 2016 reaccreditation from Southern Association of Colleges and Schools (SACS) requires: ◦Compliance Certification: Reports documenting Carolina’s compliance with standards related to University’s mission and operations ◦Quality Enhancement Plan (QEP): A 5-year, focused plan that: ◦Makes a measurable improvement of student learning ◦Is aligned with the University’s mission and strategic priorities ◦Involves broad-based campus participation

3 Our Timeline Sept. 15, 2015 – Reaffirmation document due Nov. 20, 2015 – Feedback from off-site reviewers March 1, 2016 – Focused report and QEP due April 18-21, 2016 – On-site reviewers May 15, 2016 – Receive report from on-site reviewers Oct 15, 2016 – Respond within 5 months of committee report Late Fall 2016 – SACSCOC BOT makes decision

4 Efforts that Informed the QEP Choice ◦Prior strategic plans and working groups ◦Senior and alumni surveys ◦Curriculum reviews ◦Analyses of: ◦transfer, first generation, low income, URM student success, student progression, course-taking patterns, selections of majors, flipped classrooms, national studies on science graduates

5 What was learned (examples): ◦60% increase in intended/declared science majors since 2004 ◦Transfer student obstacles to completing a science major ◦Course redesign helps all students and diminishes achievement gaps in large gateway science courses ◦Weaknesses in quantitative skills reported by alumni and graduating seniors ◦Science majors less likely to study abroad vs all other groups

6 QEP Steering Committee Composition Carolina Performing Arts College of Arts and Sciences ◦Art ◦Biology ◦Chemistry ◦Communication Studies ◦Computer Science ◦Exercise and Sport Science ◦Math ◦Public Policy School of Journalism and Mass Communication School of Medicine ◦Biochemistry and Biophysics ◦Medicine, Burn Center ◦Microbiology and Immunology School of Pharmacy School of Public Health Undergraduates

7 Involvement of Campus Constituents Groups consulted: Dean’s Council Chancellor’s Advisory Committee (students) Student Government Association Faculty Executive Committee Academic support services staff (advising, retention, counseling) Provost’s senior staff College of Arts and Sciences Administration College of Arts and Sciences Chairs SACS Leadership Team QEP Town Hall Meeting (March 17 th ) Study Abroad Office CreatorSpace Network

8 Proposed High Impact Practices – “Transformative Experiences” Study abroad High structure/active learning (e.g., flipped classes, studio classes) Undergraduate research Internships/capstone projects Graduate students serving as research and teaching assistants in classroom Entrepreneurship opportunities Maker Spaces Dedicated interdisciplinary courses & experiences Inclusion: Under-represented communities First Year seminars Learning communities Co-curricular transcripts Coordinated leadership program Service learning

9 High-Structure Active Learning Courses Expand large lecture classes in the sciences using active learning techniques that have shown to be effective at closing the achievement gap for underrepresented minorities and first-generation students. Redesign course-based laboratory experiences to include more inquiry and CURE (Course Undergraduate Research Experiences). Active learning in a large lecture Biology class

10 Biology 101 These model predictions use student data for males in same term (Spring), with a combined SAT math and reading score of 1257 (the mean score across the 6 terms). No longer an achievement gap Represents “halving of achievement gap ~24% of student are first generation~14% of students are black

11 Research Exposure Opportunities Provide more opportunities for research experiences that provide course credit. Faculty mentored/directed research Industry-sponsored internships Study abroad Expand Carolina Research Scholars Learning Communities. Stimulate innovations in Science, Technology, Engineering, Arts and Math (STEAM). Fluids Lab experiment in Chapman Hall

12 Integrated First-Year Seminars Increase first-year seminars that incorporate a STEAM theme. Provide opportunities for professional school faculty to teach first-year seminars. Create a science writing seminar. Develop CreatorSpace/Maker Space courses. First-year seminar “Math, Art and the Human Experience”

13 Study Abroad Opportunities Science majors are less likely to travel abroad than other groups due to curricular demands. Increase opportunities for students to take science courses abroad. Increase opportunities for students to conduct research abroad. Geology students studying in Chile

14 Innovation & Entrepreneurship Opportunities Create opportunities to merge sciences with arts, humanities and social sciences. Develop an Entrepreneur in Residence Program. Use UNC campus CreatorSpaces to generate new ideas Leverage local launch incubators such as 1789 Venture Lab. BME student using 3-D printer to create a prosthetic hand

15 Overarching Goals of our QEP: Overarching Goals of our QEP: Improving student success in the sciences…here and beyond Our QEP aims to equip our students with the ability to apply science skills and knowledge to better solve real-world problems in the face of changing societal contexts. We aim to foster awareness of what is currently missing from our curricular and extracurricular offerings to students, and to fill this void. We aim to identify what achievements are possible with evidence- based teaching methods focused on high structure and active learning both inside and outside the classroom.

16 CREATE. Engage. Bridge. CURE Ensuring students thrive in science learning QUALITY ENHANCEMENT PLAN (QEP) FOR IMPROVING LEARNING IN THE SCIENCES Leslie Parise, Professor and Chair, School of Medicine Kevin Guskiewicz, Senior Associate Dean, Natural Sciences, College of Arts & Sciences Alternate title suggestion

17 Questions? Thank You


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