Weber State University
   

Physics

RESULTS OF ASSESSMENT

1998-1999 (submitted fall, 1999)

1. What data were collected on your students in 1998-99? (Note that we have chosen to interpret "student majors" more broadly as "students who take physics courses.")

1a. "At graduation, Physics majors should have a thorough knowledge and comprehension of the core concepts of classical and modern physics, as assessed by student success in passing the required and elective courses for their physics majors."

We have started collecting data on physics majors’ performance on the Graduate Record Exam (GRE) and are collecting data on both physics GPA and overall GPA to look for correlations between local performance and performance on the nationally standardized GRE. Status: we have data on approximately 50% of those students who have taken the GRE during the past decade and we are to evaluate that data.

1d. "At graduation, Physics majors should have a thorough knowledge and comprehension of the core concepts of classical and modern physics, as assessed by a comparison of WSU’s physics curriculum with the curricula of 1) physics programs in schools with a comparable student profile, and 2) the best physics programs."

This has been completed as part of the semester conversion process. We intend to monitor our curriculum closely for the next few years to see if slight corrections are needed. A thorough review is planed every five years.

2a – d "At graduation, physics majors should have a set of fundamental skills that can be applied to a variety of situations. These skills should include the following: a) presentation skills; b) laboratory skills; c) computer skills; and d) problem-solving skills."

The Physics Department’s Assessment Committee will analyze student grades and artifacts of student performance (written assignments, lab reports, senior presentation, etc) to identify weaknesses in its curriculum. Insufficient time has elapsed to collect any meaningful data at this point, thus data collection is still in progress.

3a, b. "Physics majors should be adequately trained to apply their physics experience and knowledge to analyze new situations, as assessed by a) student acceptance rates and success in academic and industrial intern positions; and b) post-graduation student success in graduate school, industry, or teaching — in physics or otherwise — as established by questionnaires and interviews of graduates, employers, and graduate faculty."

A. The Physics Department has started a systematic attempt to contact all physics majors who have graduated during the past five years. Initially, we are asking them for an update on their status (employment, graduate school, career plans, etc.) and for any knowledge they may have on the status of fellow physics graduates. We are doing this by two methods: a direct e-mail contact and by a form on the physics web site. Current status: We have made contact with several of our recent graduates and are building a current list of e-mail addresses.

B. We have developed an expanded "exit interview" for all physics majors/minors. Current status: No physics majors have been through graduation check off since the last phase of this assessment process (April 2, 1999), thus no data are yet available. It is expected that baseline data collection will take several years. In the interim, incoming data will be compared with the department’s existing data on employment and graduate school successes.

4. "All physics students (majors, minors, support, and Gen Ed students) should understand the nature of science , as assessed by exams, questionnaires, interviews, and student focus groups."

Physics faculty member Adam Johnston is carrying out this assessment as part of his Ph.D. thesis in Physics Education (to be awarded by the University of Utah). Detailed data is currently being collected on the students in PHSX 1360 and will be analyzed in Spring, 2000.

5. "General Education students should understand several core concepts of physics, as assessed by nationally reviewed pre- and post-tests (for example, the Hestenes Force Concept Inventory and the Hestenes Mechanics Baseline Test for Newton’s laws) and interviews."

The Hestenes test has been downloaded and is being prepared for administration via ChiTester. Due to scheduling issues a pre-test will not be possible this semester, however, an initial run is still planned as a post-test for several of our classes this term.

2. When/how were these data discussed among your faculty?

The Physics Department has created a Standing Committee on Assessment. This committee has discussed the data being collected and the intended use of that data. Reports from this committee were given to the rest of the department faculty at general department meetings last spring. No reports have been given yet this year because there is as yet no new data complete enough to report on.

3. What changes are anticipated as a result of these discussions?

As a result of committee and department wide discussions last spring we have implemented a program to reach our recent alumni, to carefully study student learning in a sample class (PHSX 1360), to run a nationally recognized assessment test (the Hestenes test) on our students, to revise our data collection during the exit interview, and to track grades and performance in an organized manner.

4. What student learning outcomes will your department assess in 1999-2000?

We will continue the process that we currently have underway. We feel that it is important that we fully analyze and understand the data that are currently being collected before we begin gathering data on other portions of the assessment plan.

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