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Jenny L. Richmond; Kate Nicholls – Teaching of Psychology, 2025
Background: With the arrival of generative artificial intelligence (genAI) tools, psychology educators are rethinking their assessment practices. Objective: This paper describes one approach to integrating genAI into an assessment designed to promote psychological literacy. Method: Students used ChatGPT to generate a media release about a…
Descriptors: Artificial Intelligence, Scoring Rubrics, Computer Software, Learning Processes
Melissa Fortner; Iva Katzarska-Miller – Teaching of Psychology, 2025
Introduction: Recent advancements in generative AI (GAI) platforms appear to mark an abrupt shift in higher education. Statement of the Problem: Instructors have a responsibility to teach students to use GAI, which is a promising tool for promoting personalized, student-centered, process-focused learning environments. Literature Review: Drawing on…
Descriptors: Artificial Intelligence, Majors (Students), Computer Software, Student Centered Learning
Joseph J. Slade; Stephanie M. Byers; Kathryn A. Becker-Blease; Regan A. R. Gurung – Teaching of Psychology, 2025
Introduction: The integration of artificial intelligence (AI) into higher education ushers in a new era of teaching and learning possibilities for both educators and students. Statement of the Problem: These technologies not only offer unparalleled opportunities for personalized learning and instructional support, but also introduce challenges…
Descriptors: Artificial Intelligence, Computer Software, Technology Integration, Teaching Methods
Jonathan M. Golding; Anne Lippert; Jeffrey S. Neuschatz; Ilyssa Salomon; Kelly Burke – Teaching of Psychology, 2025
Background: The advent of generative-artificial intelligence (AI) applications introduces new challenges for colleges. Importantly, the growth of these applications requires faculty to adjust their pedagogy to account for the changing technological landscape. Objective: As colleges wrestle with the implications of these applications, it is…
Descriptors: Artificial Intelligence, Technology Uses in Education, Computer Software, Humanities
Autumn B. Hostetter; Natalie Call; Grace Frazier; Tristan James; Cassandra Linnertz; Elizabeth Nestle; Miaflora Tucci – Teaching of Psychology, 2025
Background: Psychology instructors frequently assign writing-to-learn exercises that include personal reflection. Generative Artificial Intelligence (GenAI) can write text that passes for humans in other domains. Objective: Do students and faculty rate a reflection written by GenAI differently than reflections written by students? Do students and…
Descriptors: Student Attitudes, Teacher Attitudes, College Faculty, Undergraduate Students
Davidson, Heather; Jabbari, Yasaman; Patton, Heather; O'Hagan, Fergal; Peters, Kevin; Cribbie, Robert – Teaching of Psychology, 2019
Two controversial topics related to the teaching of statistics to psychology students are (a) when to introduce statistical software and (b) which statistical software package to use. The current research looked at the use of statistical software in statistics classes from every university with a psychology program in Canada. Researchers collected…
Descriptors: Foreign Countries, Statistics, Psychology, College Students
Warmuth, Kelly A.; Caple, Alexandria H. – Teaching of Psychology, 2022
Background: Recent evidence suggests PechaKucha--a presentation style utilizing simplified visuals, narration, and rigid time constraints--may promote various learning outcomes and instructor goals better than traditional PowerPoint presentations. Objective: The purpose of this study was to test the effectiveness of students' PechaKucha compared…
Descriptors: Teaching Methods, Outcomes of Education, Computer Software, Instructional Effectiveness
Fallon, Marianne; Mahon, Mary A.; Coyle, Melaney – Teaching of Psychology, 2018
Improving students' knowledge and application of American Psychological Association (APA) formatting rules typically involves spending class time reviewing or practicing these rules. Screencasts (narrated lectures with real-time screen capture) can reduce the time professors devote to teaching APA format. In addition to imparting rules,…
Descriptors: Guides, Computer Software, Psychology, Professional Associations
Veilleux, Jennifer C.; Chapman, Kate M. – Teaching of Psychology, 2017
Research methods and statistics are core courses in the undergraduate psychology major. To assess learning outcomes, it would be useful to have a measure that assesses research methods and statistical literacy beyond course grades. In two studies, we developed and provided initial validation results for a research methods and statistical knowledge…
Descriptors: Psychology, Item Response Theory, Computer Software, Research Methodology
Gier, Vicki S.; Kreiner, David S. – Teaching of Psychology, 2009
Instructors often use Microsoft PowerPoint lectures and handouts as support tools to provide students with the main concepts of the lectures. Some instructors and researchers believe that PowerPoint encourages student passivity. We conducted 2 studies to determine whether the use of content-based questions (CBQs) would enhance learning when…
Descriptors: Active Learning, Teaching Methods, Lecture Method, Computer Software
Johnson, Douglas A.; Christensen, Jack – Teaching of Psychology, 2011
Microsoft PowerPoint and similar presentation tools have become commonplace in higher education, yet there is very little research on the effectiveness of different PowerPoint formats for implementing this software. This study compared two PowerPoint presentation techniques: a more traditional format employing heavy use of bullet points with text…
Descriptors: Student Attitudes, College Students, Computer Software, Comparative Analysis
Hardware or Wetware: What Are the Possible Interactions of Pedagogy and Technology in the Classroom?
Christopherson, Kimberly M. – Teaching of Psychology, 2011
Student response systems have received much attention over the past few years. This easy-to-use technology has been marketed as a great way to enhance the student experience in the classroom through increased engagement and improved course performance. This aim of this study was to demonstrate that the simple addition of a student response system…
Descriptors: Change Strategies, Student Reaction, Educational Technology, Student Experience
Hager, Lisa D. – Teaching of Psychology, 2011
To understand the relevance of cognitive psychology, students in a cognitive psychology course were required to complete a detailed plan for a public service announcement focusing on environmental issues. The final exam was a Microsoft Office PowerPoint presentation incorporating at least eight concepts from the course. Students in the course…
Descriptors: Public Service, Cognitive Psychology, Educational Methods, Sustainable Development
Shaffer, Dennis M.; Collura, Michael J. – Teaching of Psychology, 2009
We evaluated the effectiveness of the use of an electronic personal response system (or "clickers") during an introductory psychology lecture on perceptual constancy. We graphed and projected student responses to questions during the lecture onto a large-screen display in Microsoft PowerPoint. The distributions of answers corresponded…
Descriptors: Psychology, Lecture Method, Introductory Courses, Student Reaction
Copeland, David E.; Scott, Jenna R.; Houska, Jeremy Ashton – Teaching of Psychology, 2010
This study examined the costs and benefits of using demonstrations in an upper level psychology course. For 6 topics, half of the class read a chapter that explained the concept and theoretical explanations for the described effects, and the other half participated in a demonstration in addition to the reading. Students overwhelmingly reported…
Descriptors: Cognitive Psychology, Learning Experience, Educational Benefits, Textbooks
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