Emory University

What you'll study

• Core quantum and physical chemistry: advanced quantum mechanics for chemists, statistical mechanics, and thermodynamics underpinning contemporary molecular theory.
• Spectroscopy and optics: electronic and vibrational spectroscopy, ultrafast laser techniques, non‑linear optics and photophysics of molecular and nanoscale systems.
• Computational quantum chemistry: electronic structure methods (DFT, post‑Hartree‑Fock), excited‑state calculations, dynamics simulations and practical training in relevant software packages.
• Laboratory and instrumentation training: hands‑on modules in modern spectrometers, laser systems, single‑molecule/fluorescence techniques and materials characterisation.
• Research project / thesis: a supervised research project that integrates experimental and/or computational approaches and culminates in a written thesis and oral presentation.
• Electives and interdisciplinary options: opportunities to take electives in condensed matter physics, materials chemistry, chemical biology or data analysis depending on research interests.

Entry requirements

• A bachelor’s degree in chemistry, physics, chemical engineering or a closely related discipline.
• Strong academic record with solid preparation in physical chemistry, calculus and introductory quantum mechanics; prior laboratory experience is highly desirable.
• Two or three letters of recommendation from academic or professional referees who can attest to research potential and preparedness for graduate‑level study.
• A personal statement outlining research interests, relevant experience and career objectives.
• International applicants must demonstrate English proficiency by accepted tests or approved alternatives; additional test requirements (such as GRE) vary and should be confirmed with the department.

Career prospects

Graduates are prepared for research and technical roles in academia, industry and national laboratories. Typical career paths include R&D scientist in photonics or materials, analytical or spectroscopic chemist, computational chemist/modeler, optical engineer in instrumentation firms, and positions in pharmaceutical or chemical industries. Many students also use the Master’s as preparation to pursue a PhD in chemistry, physics or engineering.

Why study at Emory University

Emory’s chemistry department has active research groups in physical, theoretical and materials chemistry that focus on light‑induced processes and quantum dynamics. Students benefit from access to contemporary instrumentation and shared core facilities, close faculty mentorship in small cohorts, and interdisciplinary collaboration with neighbouring departments and institutions. Located in Atlanta, Emory also offers links to regional industry and national research networks that can support internships and career development.