University of Chicago

What you'll study

The programme blends core biological disciplines with opportunities for specialised training and laboratory research. Typical taught topics include molecular and cellular biology, genetics and genomics, developmental biology, systems and computational biology, ecology and evolution, and advanced laboratory techniques. Courses commonly emphasise quantitative approaches such as bioinformatics, statistical analysis of biological data, microscopy and imaging methods, and experimental design.

Students normally combine structured coursework with an extended research project under the supervision of a faculty member. Research components can involve wet‑lab experiments, computational modelling, or integrative projects that span disciplines (for example, combining genetics with computational analysis). Seminar programmes, journal clubs and departmental talks form a regular part of training, and students often have access to core facilities for genomics, imaging and proteomics.

Programme structure is flexible to accommodate thesis‑based and, in some cases, coursework‑focused pathways. Typical elements include advanced elective modules, a capstone research thesis or project, and opportunities for rotations or short research attachments to help identify a thesis lab.

Entry requirements

Applicants are usually expected to hold a good bachelor’s degree in biology or a closely related discipline (biochemistry, molecular biology, neuroscience, quantitative biology, or similar). Strong preparation in core biological subjects and laboratory experience are important. Coursework or demonstrable ability in quantitative subjects (calculus, statistics, programming or bioinformatics) is beneficial for many specialisms within the programme.

Admissions materials typically include official transcripts, academic references (usually two or three), a personal statement outlining research interests and career aims, and a curriculum vitae. International applicants must demonstrate English proficiency to the university’s standards. Some applicants with suitable research experience but from non‑traditional backgrounds (e.g. physics, computer science with relevant biological experience) may be considered.

Career prospects

Graduates follow a range of career paths. Many use the Master’s as preparation for PhD programmes in biology, biomedical sciences or related fields. Others move into research technician or associate scientist roles in academic laboratories, biotechnology and pharmaceutical companies, or public research institutes. The programme also provides a foundation for careers in bioinformatics and computational biology, scientific publishing and communication, regulatory affairs and policy, patent and intellectual property support (with further legal training), and roles in data science where quantitative and biological expertise are valued.

Why study at University of Chicago

The University of Chicago offers rigorous, research‑intensive training within a highly interdisciplinary environment. Faculty-led research spans molecular to ecological scales, enabling students to pursue diverse topics and benefit from collaborations across departments such as genetics, computational biology, neuroscience and public health. The university’s core facilities and institutional partnerships provide access to modern instrumentation and large datasets, while a busy seminar series and journal clubs foster critical engagement with current research.

Students also benefit from professional development resources, career services and opportunities to network with industry and academic partners in Chicago and beyond. The programme’s emphasis on both experimental and quantitative skills prepares graduates for continued research training or direct entry into scientific and technical careers.