Clark University

What you'll study

The Clark chemistry programme combines a solid grounding in general, organic, inorganic and analytical chemistry with specialised training in physical chemistry, quantum theory and optics. Early coursework develops chemical reasoning and experimental technique; later years offer specialised modules and laboratory sequences that emphasise spectroscopy, photophysics, laser-based measurement and computational methods used in quantum chemistry.

• Foundational courses: general chemistry, introductory laboratory techniques, calculus for chemists, and introductory physics.
• Core chemistry: organic chemistry, inorganic chemistry, analytical chemistry, and physical chemistry providing thermodynamics and kinetics background.
• Optics & spectroscopy: courses in optical physics, molecular spectroscopy, laser spectroscopy, and photochemistry covering experimental and theoretical aspects of light–matter interaction.
• Quantum chemistry & computation: quantum mechanics for chemists, computational chemistry, electronic structure theory and practical training in software for modelling molecules and spectra.
• Laboratory and research: multi-term laboratory sequence, advanced instrumental methods (e.g. NMR, UV-Vis, IR, mass spectrometry), optics labs with lasers and detectors, and opportunities for independent research projects or a senior thesis under faculty supervision.
• Electives and interdisciplinary options: courses in materials chemistry, condensed matter physics, photonic materials, applied mathematics and computer science that support cross-disciplinary applications.

Entry requirements

Applicants should demonstrate strong achievement in chemistry and mathematics at secondary school level. Typical preparation includes high-level courses in chemistry and calculus and a grounding in physics. Clark evaluates applications holistically, so admissions will also consider academic transcripts, letters of recommendation, a personal statement describing interest in chemistry and optics/quantum topics, and any relevant laboratory or research experience. International applicants should present equivalent qualifications and evidence of English proficiency where required.

Career prospects

Graduates are prepared for a range of pathways in both industry and academia. Many go on to graduate study in chemistry, physics, materials science or engineering; others enter the workforce in areas where optics and quantum chemistry skills are valued.

• Research and development in photonics, optical instrumentation, and spectroscopy companies.
• Materials science and semiconductor industries focusing on photonic materials and device fabrication.
• Analytical and chemical laboratories in pharmaceuticals, environmental testing and quality control.
• Computational chemistry roles in modelling, software development and data analysis.
• Further study and careers in academia, science policy, patent law or science education.

Why study at Clark University

Clark offers a liberal-arts environment with a strong emphasis on undergraduate research and close faculty mentorship. Chemistry students benefit from small classes, dedicated laboratory instruction and access to modern instrumentation and optics facilities. The university supports student research through funded summer projects, independent study supervision and collaborative opportunities with regional research centres and industry partners. Career services and faculty advising help students translate laboratory skills into internships, graduate-school applications and career opportunities.