Skip Navigation

Research

The Great Reading Room in Bizzell Memorial Library.

Research Program Areas

The Department of Psychology offers graduate degrees in four program areas. In addition, the Department of Psychology participates in a multidisciplinary degree program in Cellular and Behavioral Neurobiology.


Integrative Bridge Initiatives

In addition to the four major program areas above, some researchers in the department also work in one or more of three integrative, cross-cutting specialties:

  • Developmental
  • Neuroscience
  • Personality/Individual Differences

Research Exposure Requirement

Looking for information on research exposure for PSY 1113 Elements of Psychology?

SONA Experiment Exposure

Cognitive Psychology

Stylized crimson line.
A head with gears and equations representing the brain.

The Cognitive Psychology program provides training in a variety of topical areas using modern experimental methods such as carefully controlled behavioral methods and methods and measures drawn from cognitive neuroscience. Graduate students in the program can receive training in cognitive engineering and human factors psychology (following the scientist/practitioner model), developmental cognitive neuroscience, cognitive and decision psychology, and cognitive neuroscience. Graduates of the program are qualified to pursue a wide variety of employment opportunities in both academia and industry.

Some of the issues and questions currently being investigated by members of the Cognitive Psychology program include:

  • How should we measure cognitive biases and cognitive abilities, including risk literacy, expertise, and intelligence?
  • Can we accelerate skill acquisition and training, including risk literacy development?
  • How can we design more user-friendly technologies, including high-stakes risk communications?
  • What are the sources of heterogeneity in translational biomarkers for fragile x syndrome and autism, and how do they impact treatment response in clinical trials?
  • How can we better understand the neurobiology of misophonia?
  • What is the impact of play on child brain development and well-being?
  • What can experimental philosophy contribute to the ethical evaluation of choice architecture and human factors engineering?
  • How can we identify biases and address disparities in the design of interactive systems and communications?
  • How does Ethical Interaction Theory inform legal and policy decisions concerning animal welfare?
  • What are the biological and neural mechanisms that underlie the cognitive costs of iron deficiency in women across the lifespan?
  • What are the combined effects of Type 2 diabetes and diabetic retinopathy on the ability of people to perceive and remember faces?
  • Is it possible to use visual perceptual learning to mitigate the other race effect in memory?

Research performed by members of the Cognitive Psychology program are being and have been supported by funding from the following:

  • Federal Aviation Administration
  • Health Resources and Services Administration
  • Institutes of the National Institutes of Health, including
  • National Cancer Institute
  • Eunice Kennedy Shriver National Institute of Child Health and Human Development
  • National Institute of Environmental Health Sciences
  • National Eye Institute
  • National Institute of Mental Health
  • National Institute of Neurological Disorders and Stroke
  • National Oceanic and Atmospheric Administration
  • National Science Foundation
  • United States Department of Commerce
  • United States National Academies of Science, Engineering, & Medicine

Current faculty members include: Edward CokelyLauren EthridgeAdam Feltz, and Michael Wenger (program coordinator).

Current graduate students include: Brenna Arledge, Amy Barnett, Dana Mahmoud Elhaj, Uyen “Gwen” Hoang, Jenna Holt, Eunsung Lee, Farima Naghash, Sarah Newbolds, Long Nguyen, Jordan Norris, Olivia Perrin, Rachana Rajala, Alejandra Sanroman, and David Weed.


Members of the Cognitive Psychology program conduct research at the Brain and Biomarker Lab (BABL), the OU Cognitive Research Facility (OUCog), OU’s National Institute for Risk and Resilience, and at the OU Visual Neuroscience Laboratory (OUVNL).

BABl hosts one high density MagStim/EGI EEG system and one low density Smarting Pro 32 wireless EEG system for mobile applications and field research. The lab also hosts a Tobii Pro Spectrum eye tracking system with tracking speeds up to 1200 Hz to non-invasively capture detailed gaze data in developmental populations.

Located on the second floor of Cate Center 4, the OUCog research facility is a suite of adjoining laboratories used for cognitive and human factors research. The facility houses laboratories for Dr. Cokely and Dr. Feltz, including dedicated human participant testing rooms, access to a conference room, a break room, shared graduate student offices, and a participant waiting/registration area. In addition to dozens of computers for individual cognitive testing and assessment, there are eye trackers, facial and emotional recognition devices, a user experience research suite with motion tracking video and audio recording systems, and group testing facilities for analyzing human and team interactions. For stimulus creation and data analysis, the research facility has a number high-powered PC and Mac workstations configured with graphics and data analysis software (e.g., EPrime, Mathematica, Photoshop, Matlab, R, SPSS, and SAS).

The OUVNL and the BABL Lab share a suite that currently supports Drs. Michael Wenger and Lauren Ethridge in Psychology, and Lei Ding in OU’s School of Biomedical Engineering. The laboratory contains one EMF/RF shielded, sound- and light-attenuated chamber for the collection of EEG data; one magnetically shielded sound- and light-attenuated chamber for the collection of MEG data; and two sound- and light-attenuated chambers for the collection of psychophysical and behavioral data. The lab houses one high-density (128 channel) EEG system. The OUVNL supports visual psychophysics and behavioral testing with a set of fast gray-to-gray LED monitors equipped controlled by custom software for the precise presentation of stimuli and timing of responses. For stimulus creation and data analysis, the lab has three Mac Minis and one Linux workstation configured with graphics and data analysis software (Gimp, Photoshop, Matlab, R, and SAS).

Stylized crimson line.

Industrial-Organizational Psychology

Stylized crimson line.
A flowchart with a head silhouette icon in each square.

The I-O doctoral program at the University of Oklahoma is rigorous and rich with a variety of opportunities for students interested in a range of applied and translational programs of research, covering laboratory and field work as well as quantitative, qualitative, and modeling techniques. We follow a scientist-practitioner model. Our primary objective is to train individuals seeking the Ph.D. degree to conduct research and to practice in the areas of industrial psychology and organizational behavior.

Faculty includeShane ConnellyAdrienne Carter-SowellEric Day (Program Coordinator)Yaqing HeJeongJin Kim, and Lori Snyder

Graduate Students Include: Joshua Chappell, Brandon Choi, Rachel Detherage, Sophia Fischer, Kyra Gallion, Cecelia Gordon, Benyt Hagler, Yomna Helmy, Josie Koubek, James Lue, Maddison North, Joshua Rice, Raechel Sanger, Amanda Stephens, Joseph Stewart, and Piper Winsett.


Grant supported research and publications in reputable, peer-reviewed journals are vital to the program. We strive for a strong collaborative and supportive research culture, where students share ideas and help each other on theses, dissertations, and other research projects. Co-authorships involving several graduate students is the norm for publications and conference presentations. While students will spend significant time and effort working in their major professor’s lab, students are also encouraged to work with other faculty labs outside their major professor’s including those of other psychology faculty and researchers outside the department. We value interdisciplinary collaborations.

For example, in recent years students have contributed to collaborative, interdisciplinary projects funded by National Science Foundation, National Institutes of Health, Federal Aviation Administration-CAMI, National Highway Traffic Safety Administration, National Aeronautics and Space Administration, National Counterterrorism Innovation, Technology and Education, U.S. Army, and U.S. Navy and papers published in a variety of high-profile I/O and management journals, such as Journal of Applied Psychology, The Leadership Quarterly, Journal of Management, Organizational Research Methods, Journal of Organizational Behavior, Journal of Vocational Behavior, and Journal of Occupational Health Psychology. Our students regularly present at the annual conference of the Society for Industrial and Organizational Psychology as well as the American Psychological Association, and Association for Psychological Science.

Internships are not a requirement of our program. We typically do not encourage students to pursue internships until after their second year of study (i.e., thesis is completed), and in many cases not until after the general exam has been passed. Nevertheless, our students have thrived across a range of internships in high-profile organizations such as Amazon; National Security Agency; U.S. Army Research Institute; CMA Consulting; National Counterterrorism, Innovation, Technology, and Education Center (NCITE); JetBlue; Lockton Companies; The University of Oklahoma Health Sciences Center; Proctor and Gamble (P&G); Oklahoma Gas and Electric (OG&E); and Hogan Assessment Systems.


Society for Industrial-Organizational Psychology (SIOP) 2018 Rankings

The latest rankings reported by the SIOP show that OU’s I-O doctoral program is ranked 6th and 2nd out of 53 programs in research productivity overall and per faculty, respectively, as indexed by total research journal publications (as well as interdisciplinary publications). Congratulations to our department’s I-O faculty and students!

SIOP Rankings


Program Features and Current Projects

We do not accept students who are seeking a part-time program. Students have the opportunity to teach in-person and online courses during their time in the program, but research is the top priority regardless of whether students are interested in pursuing an applied or academic career.

We do not have a terminal master’s degree program. Rather, students entering the program with a BA or BS degree earn a Master’s of Science en route to their Doctorate.

Our approach to student development is based on an active learning model. As part of their education, students are expected to apply what they learn in the classroom in faculty-directed research or consulting projects. Students receive training in:

  • Designing and conducting research studies
  • Preparing and presenting research proposals
  • Working with funding sponsors and clients in organizational settings
  • Developing and implementing new assessment measures, training, and other organizational interventions

Students often work as part of a team addressing a broader research or organizational problem. With experience, students are given the opportunity to take responsibility for a significant aspect of a project.

Some examples of work recently and currently being done by students and faculty include:

  • Distinguishing team viability’s role in models of team effectiveness
  • Examining the interplay between leadership and group dynamics
  • Studying the effects of toxic triangle factors (personalized leader, susceptible follower, situation) on follower outcomes (e.g., ethical behavior, job performance)
  • Examining the effects of leader emotions during feedback to employees
  • Untangling the role of negative emotions and creativity
  • Investigating the nuanced roles emotions and emotion regulation play in skill learning and work performance
  • Developing and testing models of self-regulation, complex skill learning, and adaptive performance
  • Testing the extent to which brain and other physiological measures (e.g., EEG, ECG, and GSR) can be combined to distinguish self-regulation strategies from the stress response in relation to complex performance demands
  • Developing and validating scales for distinguishing dimensions of state epistemic curiosity
  • Understanding how AI can be used during the creative process
  • Examining how AI integration in the workplace is related to job crafting, work engagement, well-being, and career development across a range of personal and work climate factors
  • Investigating the work experiences of vulnerable workers (e.g., victims of intimate partner aggression).
  • Understanding LGBTIQ+ workers’ stress, health, and career.
  • Examining factors that influence employees’ overwork (e.g., after-hours work demands) and well-being
  • Investigating personal and social factors that impact the success and well-being of Native American undergraduates and early career employees
  • Combining experimental and applied interventions to study and mitigate the ramifications of social invisibility and marginalization across a variety of social, psychological, and physical aspects of well-being 
  • Demonstrating the critical role of belonging in individual and collective development—how fundamental belonging is for effective recruitment, retention, and overall growth in diverse environments
  • Studying how satisfaction of basic social needs enables individuals to excel, persist, and surpass expectations
  • Conducting organizational change through developing and testing an innovative model of faculty annual evaluation
  • Investigating moral disengagement mechanisms in ideologically motivated online communication
  • Understanding how social identity information affects processing and responding to social media posts
  • Exploring the importance of community engagement and perceptions for renewable energy development and deployment
  • Examining ethical decision-making in organizations and research
  • Designing and implementing strategies for pivotal life transitions such as entering the workforce, navigating social networks, and strengthening support systems

Topics addressed within the program via research and coursework enable students to work with organizations in the areas of:

  • Competency Modeling
  • Counterproductive Work Behaviors
  • Creativity in the Workplace
  • Diversity and Discrimination
  • Diversity and Inclusion in the Workplace
  • Emotions in the Workplace
  • Employee Motivation and Productivity
  • Employee Satisfaction and Organizational Commitment
  • Employee Selection and Placement
  • Ethics in Organizations
  • Fairness in the Workplace
  • Group and Team Dynamics
  • Human Resources Planning
  • Ideological Groups and Organizations
  • Innovation in Organizations
  • Knowledge and Skill Retention
  • Leader Assessment and Development
  • Leadership Skills, Behavior, and Processes
  • Needs Assessment
  • Occupational Health and Well-being
  • Occupational Safety
  • Organizational Citizenship
  • Organizational Climate and Culture
  • Organizational Design and Development
  • Performance Management and Feedback
  • Talent Recruitment and Management
  • Team Cohesion and Effectiveness
  • Technology in the Workplace
  • Training and Development
  • Work, Job, and Task Analysis
  • Work-Family Balance
A psychology professor standing on a stage in front of a giant screen, giving a presentation.
Stylized crimson line.

Applied Social and Developmental Psychology

Stylized crimson line.
A group of psychology students and faculty posing for a group photo on stairs.

The Applied Social and Developmental Psychology PhD program focuses on research training related to basic affective, cognitive, cultural, and biological processes underlying complex social phenomena, and the development of these processes across the lifespan. Graduate training in the Applied Social and Developmental Psychology program is designed to prepare students for careers in academic research and teaching, and graduates of the program are also well prepared for applied positions in government and industry.

Program FacultyAdrienne Carter-SowellMauricio Carvallo (Program Coordinator)Nicole CampbellHuajian CaiLara Mayeux, and Michael Sladek.

Graduate Students: Asser Salem, Hannah Baskin, Ranyu Bo, Tammy Chen, William Curth, Mike Doerge, Alan Drake, Destiny Gayle, Menglin He, Yanan Hong, Elijah Moore, Lane Rippey, Megan Waldron, and Jingqiao Yuan


Faculty members in the Applied Social and Developmental Psychology program have interests spanning such questions as:

  • How does the activation of stereotypes guide our perceptions and impression of minority group members? What are the antecedents and consequences of experiencing discrimination? 
  • How does the cultural ideology of honor influence violence, relationships, psychological health, lifespan development, ethical behavior, group dynamics, and economic decisions? 
  • How do popular and socially well-connected youth achieve high status, and how do they use their social power to further their own social goals? 
  • How do friendships and peer relationships buffer LGBTQ+ youth from the risks associated with family rejection and other stressors? 
  • How do sociocultural contexts shape adolescent stress, health, and identity?  
  • How do family, school, and community assets buffer youth from the adverse effects of stress and promote health and positive identity development?  
  • How can we learn from and partner with youth, families, and community leaders to inform interventions that disrupt the status quo of societal inequities in education and health? 
  • How does human psychology change with social and cultural changes?
  • How does nature influence human psychology? 
  • How can we support the success of first-generation college students and promote undergraduate retention?
  • What is the impact of mental imagery on study habits and memory?
  • How can we motivate and equip college students to improve their wellbeing by improving their sleep?

Research in the Applied Social and Developmental Psychology program takes place in a variety of settings, including laboratories equipped with two-way mirrors; computer terminals for capturing reaction times and high-quality video display; and space for small group interactions. The Department and the University offer access to the Department’s research participant pool and licensed software for data analysis and online data collection platforms. Some of our projects involve collecting data through community-based partnerships, conducting longitudinal studies to examine developmental trajectories over the course of months and years, and collecting dynamic experience sampling (i.e., daily diary) data. Finally, our research also includes the analysis of natural language, archival, and cohort data from government and international sources.

Stylized crimson line.

Quantitative Psychology

Stylized crimson line.
Green lines with red, green, purple, dark purple, and pink circles at one end.

The Department of Psychology houses a nationally recognized program in Quantitative Psychology, which serves many roles within the Department and the University. The program is designed to provide quantitative training to all Psychology Ph.D students and specifically to students in Quantitative Psychology. The Department has a strong commitment to Psychology as a Quantitative science. The program operates as a de facto Applied Methods program for the whole University, and students from many colleges and departments take our quantitative courses, including Business, Math, Nursing and Public Health, Education, Engineering, Communication, Sociology, Political Science, Computer Science, and many others.

Faculty includeHairong Song (Program Coordinator) and Patrick Manapat.

Graduate Students include: Catherine Bain, Theo Meyer, and Keelyn Brennan


Students in the Quantitative Program are trained in applied statistics, psychometrics, and mathematical modeling. Courses are offered in the following topics:

  • Behavior statistics
  • Experimental design
  • Evaluation and quasi-experimental design
  • Multivariate statistics
  • Multiple comparison procedures
  • Nonparametric statistics
  • Structural equations modeling
  • Factor analysis
  • Scaling and measurement
  • Test theory
  • Exploratory data analysis
  • Categorical data analysis
  • Longitudinal methods
  • Computer applications
  • Behavioral decision theory
  • Mathematical modeling