Graduate

Pharmaceutical and Biomedical Sciences (MS)

YOU ARE BOUVÉ

Join the drive for
drug discovery and breakthroughs in translational medicine.

Drug discovery doesn’t wait for one discipline to catch up to another — it moves at the intersection of biology, chemistry, data, and AI. This program puts you right at that intersection: an interdisciplinary core built for how the field actually works, then a concentration that lets you go deep in the area that matters most to your career.

As biomedical advances open new approaches to global health challenges, professionals who combine interdisciplinary science with AI-enabled innovation are in demand.

Program Benefits

  • Learn from faculty leading the charge in drug discovery, drug delivery, and biomedical applications.
  • Study inside Boston’s biomedical ecosystem — the most concentrated pharma-biotech hub on the planet.
  • Work alongside pharmaceutical and biotech companies, medical schools, hospitals, and research facilities that are shaping where the field goes next.

Objectives

  • Build core competencies in experimental techniques, data analysis, AI/ML, industry know-how, and emerging technologies.
  • Turn research into action — support the discovery and commercialization of drugs that move public health forward.
  • Master how drugs get identified, developed, tested, and approved, and where new technology is rewriting that process.

Quickview

Degree type:
Master of Science in Biomedical and Pharmaceutical Sciences

Study options:
– On ground (Boston Campus)

– Fall semester admissions only
– Full-time

Application deadlines:
June 1 (Applicants seeking an F-1 student visa)
August 1 (Domestic applicants)

GRE: Optional

F1 Eligible: Yes

*International students must be full-time only

STEM designated program

Leigh Plant, PhD

Some of the body’s most devastating conditions — cardiac arrhythmia, epilepsy, chronic pain, even sudden infant death syndrome — trace back to the same culprit: ion channels gone haywire. Leigh Plant’s lab is on the hunt for what’s going wrong and how to fix it, combining electrophysiology, super-resolution microscopy, and cryo-EM to expose disease mechanisms at the molecular level and identify new druggable targets.

Facutly spotlight

Curriculum

All MS students in the Department of Pharmaceutical and Biomedical Sciences complete a shared interdisciplinary core, then specialize in one required concentration:

  • Immunotherapy and Precision Medicine — Apply biologics, biosimilars, antibody engineering, CAR-T, and gene-editing technologies to challenges in oncology, rare diseases, and immunotherapy.
  • Advanced Drug Delivery and Formulation Sciences — Focus on pharmaceutical innovation through nanomedicine, targeted delivery, controlled-release systems, formulation technology, and regulatory science.
  • Translational Pharmacology and Drug Discovery — Advance pharmaceutical options with expertise in medicinal chemistry, pharmacology, AI/ML, cheminformatics, in silico screening, molecular design, and bioactivity profiling.
  • Biomedical Sciences — Build a well-rounded command of the field by taking one advanced course from each of the three concentrations above.

All Master’s programs in the Department of Pharmaceutical and Biomedical Sciences require a set of core courses taken by every MS student, regardless of program. In addition, students in each program complete a defined set of discipline-specific courses tied to their concentration, plus several general electives. The number of specialized and elective courses differs somewhat by concentration. The program covers 33 total semester hours.

— Stephen M. Hatfield, PhD, Assistant Professor, Interim Program Director

Tali Konry, PhD

Dr. Konry wants to know what a single cancer cell is doing, in real time, as it responds to treatment — and she’s built the lab-on-a-chip technology to actually watch it happen. As director of the Department of Pharmaceutical and Biomedical Sciences, her work sits at the center of where precision cancer treatment is headed next.

Facutly spotlight

Admissions Requirements

Prerequisites

Applicants must have at least one semester of undergraduate courses (or their equivalent) in each of the following:

Please send all required documents directly to the Northeastern University Application Portal.

NOTE: Applicants who are missing no more than one prerequisite course may be considered for conditional admission to the MS Program, provided they have satisfactorily completed the majority of the required prerequisites. Those admitted conditionally will be allowed to take undergraduate courses at Northeastern University concurrently with certain graduate courses. All prerequisite deficiencies must be resolved within the first year of graduate study.

Admissions Checklist

A baccalaureate degree or its equivalent in biology, chemistry, medical technology, pharmacy, chemical engineering or a related field.

A minimum grade point average of 3.0 or higher

Two letters of recommendation (academic and professional; one from a current employer preferred)

Personal statement of goals and expectations.
Minimum 500 words. Please see application for details.

CV/Resumé

English proficiency for applicants whose native language is not English: TOEFL or IELTS required. Preferred minimum TOEFL iBT score of 5 (on the current 1–6 band scale, effective since January 21, 2026); IELTS Academic accepted. Waived for applicants from English-speaking countries, with a US degree, or instructed entirely in English.

GRE scores are optional

Official transcript from baccalaureate program and all college coursework. Applicants with degree coursework from institutions outside the US must submit a course-by-course credential evaluation (WES iCAP package).

Kira Talent video assessment — showcases communication, critical thinking, problem-solving, and collaboration skills (link sent after application submission)

Got questions?

If you have any additional questions about the graduate program please contact:

or

MS in Biomedical and Pharmaceutical Sciences

Susanne Jaeggi, psychology professor at Northeastern University, shows a brain model at her office in the ISEC building in Boston. Photo by Matthew Modoono/Northeastern University
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