John Hopkins University

What you'll study

The programme combines core courses in psychology, cognitive neuroscience, sociology and behavioural economics with intensive training in quantitative and experimental methods. Early-year modules typically cover introductory psychology, principles of neuroscience, statistics for the behavioural sciences and research methods. As you progress, you study specialised topics such as cognitive development, social cognition, clinical and abnormal psychology, decision-making, computational modelling and neuroimaging methods.

• Foundations: introductory psychology, biological bases of behaviour, social psychology
• Quantitative and research training: statistics, experimental design, programming for behavioural research (commonly R or Python), psychometrics
• Advanced topics: cognitive neuroscience, developmental psychology, behavioural economics, clinical neuroscience
• Applied and interdisciplinary electives: public health, data science, human–computer interaction, ethics of research
• Practical components: laboratory rotations, supervised research project or senior thesis, practicum or internship in community, clinical or industry settings

Students are encouraged to take electives across departments and to participate in active research labs. A typical degree path culminates in a capstone research project or senior seminar that emphasises independent empirical work and scientific communication.

Entry requirements

Admission is competitive and seeks students with strong academic preparation and demonstrated interest in behavioural science. Typical expectations include a high school diploma or equivalent with solid grades in mathematics and natural or social sciences. Evidence of quantitative ability—through coursework in algebra, calculus or statistics—is advantageous.

• Academic record: strong secondary-school grades with emphasis on maths and science
• Preparation: recommended background in biology and mathematics/statistics where available
• Application materials: personal statement demonstrating intellectual curiosity and research interests, academic references, and a record of relevant extracurricular or volunteer experience
• International applicants: evidence of English proficiency where required

Standardised tests may be optional or considered in the context of the whole application depending on university policy; applicants should consult the admissions office for current requirements. Successful applicants often show prior involvement in research, internships or activities that indicate an aptitude for empirical work.

Career prospects

Graduates from a behavioural sciences bachelor’s have a wide range of career paths because the programme emphasises research skills, quantitative analysis and interdisciplinary thinking. Common early-career roles include research assistant in academic or industry labs, behavioural data analyst, user experience (UX) researcher, behavioural health technician, policy analyst, or roles in market research and human resources.

• Research and academia: progression to graduate study (MSc, PhD) in psychology, neuroscience, cognitive science or related fields
• Health and clinical pathways: roles in public health, health services, or further clinical training (e.g. clinical psychology, medicine)
• Industry and technology: UX research, product research, data science or behavioural design in tech and consultancy
• Policy and applied research: positions in government, think tanks and NGOs addressing behaviour change, public policy and programme evaluation

The programme’s emphasis on laboratory experience and data literacy helps graduates transition either directly into the workforce or into competitive postgraduate programmes.

Why study at Johns Hopkins University

Johns Hopkins offers a research-intensive environment with strong cross‑departmental collaboration. Students benefit from access to faculty-led labs in psychological and brain sciences, connections with the Bloomberg School of Public Health and opportunities to work in interdisciplinary centres that focus on cognition, decision-making and neuroimaging.

• Research opportunities: early access to active research groups and facilities, enabling hands-on experience in experimental design and data collection
• Interdisciplinary links: easy collaboration with departments such as neuroscience, public health, economics and engineering
• Practical exposure: internship and practicum links with local hospitals, research institutes and the city’s public-sector organisations
• Career support: on-campus career services and alumni networks that support placement into research roles, industry and graduate study

Combined, these strengths make the programme well suited to students seeking a rigorous, research-focused education that prepares them for diverse careers addressing real-world behavioural questions.