John Hopkins University

What you'll study

The PhD is centred on sustained, original research within a chosen concentration while also providing advanced coursework and methodological training. Typical concentrations include cognitive and computational neuroscience, developmental psychology, clinical science, social and personality psychology, and quantitative methods. Core elements of the programme are:

• Research apprenticeship: students join faculty laboratories to conduct empirical research, often from the first year, progressing from rotations or pilot projects to a sustained dissertation study.
• Coursework: advanced seminars in theory and methods, statistical and computational approaches, brain imaging methods (fMRI, EEG), psychophysiology, experimental design, and specialised topic courses aligned with the chosen concentration.
• Methodological training: emphasis on statistics, programming, measurement, and reproducible research practices. Many students take courses in advanced statistics, machine learning, or neuroimaging analysis.
• Teaching and professional development: opportunities to teach undergraduate courses, present at conferences, and receive training in grant writing and scientific communication.
• Qualifying examinations and dissertation: students pass qualifying or comprehensive assessments to advance to candidacy and then complete an original dissertation under faculty supervision, culminating in a public defence.
• Interdisciplinary opportunities: access to collaborators and facilities across Johns Hopkins, including the School of Medicine, data science institutes, and centres for cognitive neuroscience and developmental science.

Entry requirements

Applicants are expected to hold a bachelors degree in psychology, neuroscience, cognitive science, or a related field; a masters degree is not required but can be an asset. Strong applicants typically demonstrate:

• Substantial research experience, evidenced by detailed descriptions of past projects, laboratory work, publications or conference presentations where applicable.
• Solid preparation in statistics and research methods; coursework or practical experience in quantitative analysis, programming or neuroimaging is advantageous.
• Academic transcripts showing excellent performance in relevant coursework.
• Letters of recommendation from faculty or supervisors who can speak to research potential and scholarly promise.
• A research statement outlining interests, relevant experience and fit with faculty; a personal statement and CV are also required.

Standardised test policies and specific application materials may vary; applicants should consult departmental guidance for current requirements and for information about funding and assistantships.

Career prospects

Graduates of the PhD programme pursue a range of research and professional pathways. Common destinations include:

• Academic careers as tenure-track faculty or postdoctoral researchers in psychology, neuroscience, cognitive science or related fields.
• Clinical careers for those from the clinical science stream, including licenced practice where graduates meet licensure requirements and complete required internships and supervised hours; prospects vary by jurisdiction.
• Research roles in hospitals, medical centres and applied research institutes, leveraging connections with Johns Hopkins Medicine and affiliated centres.
• Industry positions in tech, neurotechnology, health technology, user experience research and data science where advanced quantitative and experimental skills are valued.
• Public-sector and policy roles that draw on expertise in evidence-based evaluation, cognitive and developmental science, and mental health research.

Why study at John Hopkins University

Johns Hopkins offers a research-intensive environment with strong interdisciplinary links across medicine, engineering and public health, providing unique opportunities for collaborative projects that span basic and translational science. Students benefit from close mentorship in small research groups, access to state-of-the-art facilities and core resources for neuroimaging and computational analysis, and proximity to world-class clinicians and researchers at Johns Hopkins Hospital. The department emphasises rigorous methodological training, reproducible research practices and professional development to prepare graduates for diverse scientific careers.