EDUCATION
Ph.D. | Quantitative Methodology: Measurement and Statistics (QMMS) | University of Maryland, College Pak |
M.S. | Statistics | University of Illinois, Urbana and Champaign |
M.S. | Economics | University of Illinois, Urbana and Champaign |
B.S. | Economics/Psychology | Lanzhou University |
AWARDS AND HONORS
Year | Award |
---|---|
2024 | National Council on Measurement in Education (NCME) Alicia Cascallar Outstanding Paper Award |
2023 | America Educational Research Association and the Journal of Educational and Behavioral Statistics Outstanding Reviewer |
2022-2023 | Excellence in Academic Advising Faculty Award |
2022 | National Council on Measurement in Education (NCME) Brenda H. Loyd Outstanding Dissertation Award |
Support Program for Advancing Research Collaboration (SPARC) Grant Award | |
2017-2018 | Harold Gulliksen Psychometric Research Fellowship (ETS) |
AREAS OF EXPERTISE
Statistics and measurement in education and psychology, focusing on developing new statistical models to quantify test-takers’ behaviors and characteristics in technology-enhanced digital assessments (TEDA)
KEY RESEARCH PROJECTS
- Developed a multilevel-multigroup joint modeling method to assess pre-knowledge cheating via innovative measures across groups.
- Created a finite mixture model that jointly analyzes item responses, response times, and visual fixation counts to detect pre-knowledge cheating in unsupervised online assessments.
RESEARCH INTERESTS
Test security research
Multimodal process data modeling (e.g., response time, and eye-tracking indicators)
Educational data mining and machine learning
Bayesian estimation and inference
Latent variable modeling
HIGHLIGHTED PUBLICATIONS
- Man, K. (2024). Multimodal Data Fusion to Detect Preknowledge Test-Taking Behavior Using Machine Learning.Ā Educational and Psychological Measurement,Ā 84(4), 753-779.
- Man, K., & Harring, J. R. (2023). Detecting preknowledge cheating via innovative measures: A mixture hierarchical model for jointly modeling item responses, response times, and visual fixation counts.Ā Educational and Psychological Measurement,Ā 83(5), 1059-1080.Ā Ā
- *Zhan, P., *Man, K., Wind, S. A., & Malone, J. (2022) Cognitive diagnosis modeling incorporating response times and fixation counts: Providing comprehensive feedback and accurate diagnosis. Journal of Educational and Behavioral Statistics, 47(6), 736-776.Ā
- Man, K., Harring, J. R., & Zhan, P. (2022). Bridging models of biometric and psychometric assessment: A three-way joint modelingapproach of item responses, response times and gaze fixation counts. Applied Psychological Measurement, 46(5), 361-381.
- ā Peng,Ā S., Man, K., Cai, Y., & Tu, D. (Accepted). Ā A Mixture model for random responding behavior in forcedāchoice noncognitive assessment: implication and application in organizational research. Organizational Research Methods
- Man, K., Shumaker, R., Morell, M., & Wang, Y. (2022). Effect of compounded non-normality of residuals in hierarchical linear modeling.Ā Educational and Psychological Measurement. 82(2), 330-355.
PROFESSIONAL ACTIVITIES
Man has served as the principal investigator on multiple federally funded research projects, including collaborations with the Army Research Institute and the Institute of Educational Sciences. He has also contributed to interdisciplinary research, applying his expertise in statistical modeling to address diverse challenges in fields such as civil engineering and linguistics. Additionally, he is the elected Chair and Co-Chair of the AERA Cognition and Assessment SIG (2024-2027) and the NCME Test Security SIGMME.
BIOGRAPHY
Dr. Kaiwen Man is an Assistant Professor at the University of Alabama’s College of Education. His research focuses on developing innovative psychometric models and procedures to address learning and testing challenges in technology-enhanced systems, with an emphasis on detecting cheating behaviors using process data (e.g., response times, eye-tracking indicators, keystrokes). He highly values interdisciplinary collaboration, working with researchers and graduate students across various fields. These collaborations have broadened his portfolio, enabling the application of tools such as machine learning, mixed-effects modeling, and longitudinal modeling to measure and evaluate psychological and cognitive factors in diverse research contexts, including civil engineering, special education, early childhood education, and kinesiology.
Dr. Manās teaching philosophy emphasizes nurturing critical thinking and effective communication of quantitative methodologies. He believes in fostering an inclusive learning environment where each studentās unique potential is recognized and supported. He aims to equip students with the necessary tools to pursue their research effectively while encouraging creativity and practical application of advanced statistical techniques.