|
||||
|
||||
Web-Based Student Evaluations of Professors: The Relations between Perceived Quality, Easiness, and Sexiness
James Felton Central Michigan University - Department of Finance and Law John B. Mitchell Central Michigan University - Department of Finance and Law Michael Stinson Central Michigan University - Department of Computer Science June 2003 Abstract: College students publicly rate their professors' teaching at RateMyProfessors.com, a web page where students anonymously judge their professors on Quality, Easiness, and Sexiness. Using the data from this web site, we examine the relations between Quality, Easiness, and Sexiness for 3,190 professors at 25 universities. For faculty with at least 10 student posts, the correlation between Quality and Easiness is 0.61, and the correlation between Quality and Sexiness is 0.30. Using simple linear regression, we find that about half of the variation in Quality is a function of Easiness and Sexiness. Accordingly, these results suggest that about half of the variation in student opinion survey scores used by universities for promotion, tenure, and teaching award decisions may be due to the easiness of the course and the sexiness of the professor. When grouped into sexy and non-sexy professors, the data reveal that students give sexy-rated professors higher Quality and Easiness scores. Based on these findings, universities need to rethink the use of student opinion surveys as a valid measure of teaching effectiveness. High student opinion survey scores might well be viewed with suspicion rather than reverence, since they might indicate a lack of rigor, little student learning, and grade inflation.
Keywords: Teaching, Evaluation, Student Opinion, Halo Effect JEL Classifications: I21, J44, M51 Working Paper SeriesDate posted: August 22, 2003 ; Last revised: December 18, 2003Suggested CitationContact Information
|
|
||||||||||||||||||||||||
© 2009 Social Science Electronic Publishing, Inc. All Rights Reserved. Terms of Use Privacy Policy
This page was served by apollo2 in 0.203 seconds.