University of Michigan

What you'll study

The programme emphasises empirical methods and the conceptual foundations of psychological science. Core training covers experimental design, advanced statistical and computational methods, research ethics, and methods of measurement. Students typically take modules in areas such as cognitive psychology, social cognition, developmental methods, perception, learning and memory, and affective science, while also selecting specialised seminars aligned with faculty research interests.

A substantial component of the degree is supervised research: students design and carry out original projects under the guidance of a faculty advisor, join existing laboratory teams, and present findings in written theses or publishable articles. Coursework combines lectures and hands-on lab or practicum work, including extensive training in data analysis software, reproducible research practices, and advanced quantitative techniques (for example, multilevel modelling, structural equation modelling, and Bayesian approaches).

Entry requirements

Applicants should hold a bachelor’s degree in psychology or a related discipline and demonstrate preparation for graduate-level research training. Typical application materials include academic transcripts, a statement of purpose describing research interests, a curriculum vitae, and letters of recommendation from academic or research supervisors.

Relevant research experience — such as undergraduate thesis work, lab assistantships, or independently conducted projects — strengthens an application. International applicants are normally required to provide evidence of English-language proficiency. The programme evaluates candidates holistically, looking for evidence of quantitative competence, critical thinking, and alignment between the applicant’s research interests and departmental faculty.

Career prospects

Graduates pursue a range of research and applied careers. Many use the degree as preparation for PhD programmes in psychology, neuroscience or cognitive science. Others take roles as research coordinators or assistants in academic, hospital or industry settings, including clinical research, behavioural science teams in technology and product companies, user-experience research, policy and program evaluation, and market or data analysis roles.

Additional career pathways include positions in public health research, educational assessment, non-profit research organisations, and roles that require strong quantitative and experimental skills, such as biostatistics or data science positions. The emphasis on research design and statistical methods also supports careers in teaching and academic support positions.

Why study at University of Michigan

The University of Michigan offers a large, research-intensive environment with diverse faculty whose work spans cognitive, social, developmental and biological approaches to psychology. Students benefit from active research laboratories, interdisciplinary centres, and opportunities to collaborate with related units such as neuroscience, communication, education, public health and the Institute for Social Research.

Facilities include well-equipped experimental laboratories, neuroimaging centres, and extensive participant recruitment resources available through the university and the surrounding Ann Arbor community. The department’s emphasis on mentorship and hands-on research training helps students develop a competitive research portfolio, publications, and professional networks that support both academic and applied career paths.