Dartmouth College

What you'll study

The curriculum builds core competence in general, organic and physical chemistry before moving into advanced topics in quantum chemistry and optics. Early coursework typically covers general chemistry, chemical analysis and introductory laboratory skills, while intermediate courses include physical chemistry (thermodynamics and kinetics), quantum mechanics for chemists, and statistical mechanics. Specialised modules and laboratory sequences for students concentrating in optics and quantum chemistry commonly cover:

• Quantum chemistry and molecular electronic structure
• Optical spectroscopy (absorption, fluorescence, Raman, ultrafast techniques)
• Lasers and photonics fundamentals
• Solid‑state chemistry and materials for photonic and quantum applications
• Computational chemistry and numerical methods for quantum problems
• Advanced laboratory courses emphasising instrument use, experimental design and data analysis

All students are encouraged to undertake independent research; the department places strong emphasis on faculty‑mentored projects, which culminate in a substantial senior thesis or capstone project. Electives across physics, engineering and computer science are available to support interdisciplinary study in optics, nanophotonics and quantum information science.

Entry requirements

Admission to Dartmouth is competitive and based on the college's holistic undergraduate selection process. For the Chemistry programme, successful applicants typically present a strong academic record with solid preparation in high‑school chemistry and mathematics (including calculus). Background in physics is advantageous for students aiming to specialise in optics and quantum chemistry. Admissions materials normally include transcripts, academic references, and a personal statement; advanced placement or International Baccalaureate qualifications are accepted and can be used to place into higher‑level courses. For transfer applicants or those seeking advanced standing, prior college coursework in calculus, physics and chemistry is reviewed on an individual basis.

Career prospects

Graduates with a chemistry degree emphasising optics and quantum chemistry are well placed for a range of pathways. Common directions include:

• Graduate study (PhD or MSc) in chemistry, chemical physics, materials science, optics or quantum information science
• Research and development roles in pharmaceuticals, materials and photonics companies
• Positions in laboratories using spectroscopy, laser systems and imaging techniques
• Careers in technology sectors focused on photonics, sensors, and quantum devices
• Options outside the lab such as patent law (with additional legal training), science policy, science communication, or quantitative roles in finance and consulting

The programme’s emphasis on independent research, experimental skills and quantitative analysis supports both technical careers and further academic study.

Why study at Dartmouth College

Dartmouth emphasises undergraduate education with small class sizes and close faculty mentorship, making it well suited for students seeking intensive laboratory training and one‑on‑one research opportunities. Chemistry undergraduates have access to modern teaching and research facilities and may collaborate across departments—particularly physics and engineering—when pursuing interdisciplinary projects in optics or quantum chemistry. The department encourages participation in funded summer research and provides pathways to present work at conferences or co‑author publications with faculty. For students who value a liberal‑arts environment combined with strong scientific training, Dartmouth offers an environment that supports both breadth and deep technical preparation.