University of Chicago

What you'll study

The programme is interdisciplinary, drawing on courses in biological sciences, chemistry, molecular engineering, and the social sciences to cover the science and administration of therapeutics. Core scientific topics include medicinal chemistry, pharmacology, biochemistry, pharmaceutical formulation and drug delivery, and laboratory methods such as cell culture, analytical chemistry and instrumental analysis. Quantitative training in statistics, calculus and data analysis underpins experimental design and interpretation.

• Foundations: general chemistry, organic chemistry, introductory biology, and calculus — providing the chemical and biological principles of drug action.
• Core pharmaceutical science: pharmacology & toxicology, medicinal chemistry, pharmaceutics (formulation and delivery), pharmacokinetics and pharmacodynamics.
• Analytical & laboratory skills: instrumental analysis (HPLC, mass spectrometry), biochemical methods, molecular biology techniques and laboratory safety/quality systems.
• Administration & policy: courses in healthcare economics, regulation and drug policy, management, and ethics to provide context for commercial and regulatory decision-making.
• Research & capstone: options for supervised laboratory research projects, internships with industry or regulatory bodies, and a capstone seminar or practicum integrating science and administration.
• Electives and breadth: students may take electives in data science, intellectual property law, public health, global health policy and entrepreneurship to tailor their career preparation.

Entry requirements

Applicants should demonstrate strong preparation in the sciences and mathematics. Typical successful candidates present high school (or equivalent) coursework in biology, chemistry (including organic chemistry where available), and mathematics. Admissions decisions are holistic, taking into account academic record, standardised test results if submitted, personal statements and recommendations.

• Academic background: strong grades in chemistry, biology and mathematics; advanced-level coursework (AP, IB, A-levels or equivalents) in these subjects is advantageous.
• Skills and attributes: aptitude for laboratory work, quantitative reasoning, written and oral communication, and an interest in the ethical and regulatory dimensions of healthcare.
• Supplementary materials: personal statement describing interest in pharmaceutical sciences and any relevant laboratory, research or work experience; letters of recommendation from science teachers or mentors.
• Transfer and non-traditional applicants: applicants transferring from other institutions or returning learners should demonstrate completion of foundational STEM coursework and readiness for upper-level scientific study.

Career prospects

Graduates are prepared for roles across the pharmaceutical and healthcare sectors, as well as for further professional or graduate study. Typical career paths include:

• Research scientist roles in drug discovery, formulation and analytical chemistry within pharmaceutical and biotech companies.
• Quality assurance/quality control and regulatory affairs positions, where understanding of Good Manufacturing Practice (GMP) and regulatory frameworks is essential.
• Clinical trial coordination and pharmaceutical project management, combining scientific knowledge with organisational skills.
• Roles in healthcare policy, drug safety and pharmacovigilance within government agencies and non-profit organisations.
• Entry to graduate programmes (PhD in pharmaceutical sciences, pharmacology, chemistry) or professional degrees (pharmacy, medicine, public health) for those pursuing clinical or advanced research careers.

Why study at University of Chicago

The University of Chicago offers a research-intensive environment with strong cross-disciplinary collaboration between the biological sciences, chemistry, public policy and economics. Students benefit from faculty-led laboratories, access to modern analytical facilities and opportunities to work on translational projects that bridge bench science and policy or business challenges.

The College curriculum emphasises rigorous inquiry and critical thinking, enabling students to approach pharmaceutical problems quantitatively and ethically. Internships and partnerships with nearby medical centres, research institutes and Chicago’s biotech community provide practical experience and professional connections to support career development.

Finally, the programme’s flexibility allows students to combine deep scientific training with coursework in management, data science or public health to prepare for a wide range of roles across industry, regulation and research.