MS in Chemistry

Blessing Ogboo, a graduate student, works in the chemistry lab of David Heppner.

Flexible paths for advanced chemistry study

The MS in Chemistry at UB offers advanced training in a collaborative research environment where students work closely with faculty at the forefront of discovery. Students deepen their understanding of chemical science through rigorous coursework and can choose between thesis and non-thesis options to support a range of academic and professional goals.

On this page:

Program highlights

  • Two degree paths: Choose a thesis or non-thesis option to match your academic and career goals
  • Research opportunities: Conduct research or complete a supervised advanced laboratory project
  • Supportive mentorship: Work with expert faculty in a collaborative and encouraging environment

Why choose the MS in Chemistry at UB?

  • Gain experience with tools and technologies used in modern chemical research
  • Build advanced skills that support roles in industry, government or further graduate study
  • Train in a department known for advancing both fundamental and real world chemical science
  • Choose from courses that span core areas of chemistry, including organic, inorganic, physical and analytical chemistry

What you'll learn

  • Conduct original research or advanced laboratory projects
  •  Analyze data and communicate results through written reports or a thesis
  • Use modern laboratory instrumentation and techniques
  • Advanced concepts across the core areas of chemistry

Culminating experience

The MS in Chemistry offers two degree tracks, allowing you to choose the experience that aligns with your academic and career goals.

Thesis option

  • Focuses on original, independent research
  • Includes graduate level coursework plus research credits
  • Requires demonstrated proficiency across core areas of chemistry, typically done by passing the ACS Placement Exam
  • Culminates in a written thesis
  • Strong preparation for doctoral study or research focused careers

Project option

  • Emphasizes advanced coursework with a supervised applied project
  • Includes a higher number of graduate lecture courses
  • Requires demonstrated proficiency across core areas of chemistry, typically by passing the ACS Placement Exam
  • Culminates in a written project report
  • Strong preparation for professional or technical scientific roles

Career outcomes

Students working in the Natural Sciences Complex.

Common fields for MS Chemistry graduates:

  • Scientific roles in government or public sector laboratories
  • Research or technical roles supporting applied chemical sciences
  • Preparation for doctoral study in chemistry or related fields 

Take the next step

Contact us

With questions about the graduate chemistry programs, please contact chemgrad@buffalo.edu.