Fairleigh Dickinson University

What you'll study

This programme builds a thorough grounding in general, organic and physical chemistry before focusing on optics and quantum chemical methods. Core coursework typically includes general chemistry, organic chemistry, analytical and instrumental methods, thermodynamics, and kinetics. Advanced modules emphasise quantum chemistry, molecular spectroscopy, photochemistry, and the physics of light, with topics such as wave optics, photonics, laser–matter interactions, and modern spectroscopic techniques.

• Foundations: General Chemistry, Organic Chemistry, Laboratory Techniques
• Physical and Theoretical: Physical Chemistry, Quantum Chemistry, Statistical Mechanics
• Optics and Spectroscopy: Classical and Wave Optics, Molecular Spectroscopy, Photonics, Laser Applications
• Analytical and Computational: Instrumental Analysis, Computational Chemistry/Chemical Modelling, Data Analysis for Spectroscopy
• Capstone and Research: Independent research project or honours thesis, advanced laboratory courses and/or internship in an optics or materials laboratory

Laboratory work is a major component throughout the degree, with progressive experimental courses that develop practical skills in optical alignment, spectrometer operation, fluorescence and absorption measurements, and safe handling of chemical and optical equipment. Electives may allow interdisciplinary work with physics, electrical engineering or materials science.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in chemistry and mathematics. Typical preparation includes high-school chemistry and calculus or advanced algebra; physics is highly desirable. Admissions also consider the overall academic record, letters of recommendation and a personal statement showing interest in experimental chemistry or optics.

International applicants must demonstrate equivalence of qualifications and meet the university's English language proficiency requirements via recognised tests or approved alternatives. Mature applicants with relevant preparatory coursework or laboratory experience are also considered.

Career prospects

Graduates with this blend of chemistry and optics are well placed for roles in industries that rely on light–matter technologies and molecular-level analysis. Common career pathways include:

• Research scientist or laboratory chemist in photonics, materials science or analytical laboratories
• Optics technician or photonics engineer (often in collaboration with engineering teams)
• Quality control and instrumentation specialist in industrial and pharmaceutical settings
• Technical roles in spectroscopy, sensor development and laser applications
• Further study at graduate level (MS/PhD) in chemistry, chemical physics, optics or materials science
• Related careers in patent and technical consulting, scientific writing or education

The programme’s emphasis on hands-on experimentation, data analysis and computational methods helps graduates adapt to both laboratory and industry environments, or to continue into specialised postgraduate research.

Why study at Fairleigh Dickinson University

Fairleigh Dickinson combines small-class teaching with close faculty mentorship, allowing students direct access to laboratory facilities and research projects. The university’s New Jersey campuses provide proximity to a broad industrial and research ecosystem, offering internship and collaboration opportunities with nearby companies and academic centres. Students benefit from practical training in modern instrumentation, opportunities to undertake independent research or capstone projects, and academic advising geared to career planning or graduate-school preparation.

Overall, the Chemistry programme with a focus on Optics and Quantum Chemistry is designed for students who want a strong experimental base, interdisciplinary exposure to light-based technologies, and preparation for technical positions or advanced study that address contemporary problems in photonics and molecular science.