University of Alabama

What you'll study

This programme provides a comprehensive chemistry core (general, organic and inorganic chemistry) alongside concentrated study in physical, optical and quantum chemistry. Early years emphasise foundational principles and laboratory technique; later years focus on quantum mechanics, spectroscopy, photonics and advanced instrumentation.

• Core modules: General Chemistry, Organic Chemistry, Analytical Chemistry, Inorganic Chemistry and Physical Chemistry.
• Optics & spectroscopy: Classical and modern optics, molecular and electronic spectroscopy, laser fundamentals, nonlinear optics and optical instrumentation.
• Quantum chemistry & theory: Introduction to quantum mechanics for chemists, computational quantum chemistry, molecular orbital theory and quantum dynamics.
• Laboratory and practical skills: Multi-semester laboratory sequence emphasising synthesis, analytical methods (including NMR, IR, mass spectrometry), optical characterisation techniques and safe laboratory practice.
• Computational components: Use of quantum chemistry software, programming basics for data analysis, modelling of spectra and simulation of optical properties.
• Research and capstone: Options for independent research projects with faculty, senior seminar or capstone experience that integrates experimental and theoretical work.
• Electives and interdisciplinary options: Materials chemistry, condensed matter physics, electrical engineering courses in photonics, and mathematics courses (calculus, linear algebra) to support advanced topics.

Entry requirements

Prospective students should have a strong preparation in high‑school chemistry and mathematics; prior coursework in physics and calculus is highly recommended. Admission is based on the university's standard undergraduate criteria, which consider academic record, curriculum strength and other application materials. Transfer students should present college transcripts showing success in chemistry and quantitative courses.

International applicants must meet the University of Alabama's English language proficiency expectations and submit academic credentials equivalent to U.S. secondary education. Applicants planning to major in chemistry are encouraged to contact the Department of Chemistry and Biochemistry for specific advising about appropriate preparatory coursework.

Career prospects

Graduates are prepared for a wide range of roles in industry, research and education. Common career paths include positions in photonics and optics companies, materials and nanotechnology firms, instrumentation and analytical services, chemical and pharmaceutical industries, and governmental or national research laboratories.

• Technical roles: optical engineer/technician, spectroscopy specialist, analytical chemist, instrumentation scientist.
• Research and development: roles in applied research groups, materials development, and photonics R&D.
• Further study: many graduates progress to graduate programmes (MSc, PhD) in chemistry, physics or engineering, or to professional schools (medicine, patent law, etc.).
• Other opportunities: science education, technical sales, quality control, and roles that use quantitative and laboratory skills such as data science or regulatory science.

Why study at University of Alabama

The University of Alabama's Department of Chemistry and Biochemistry offers access to modern instrumentation and well‑equipped optical and physical chemistry laboratories, plus faculty active in research areas that include spectroscopy, photonics and computational chemistry. Undergraduate students can engage in hands‑on research alongside faculty, benefit from mentorship programmes, and take advantage of internship links with regional and national employers.

As a chemistry major at Alabama you will receive personalised advising, opportunities to present research, and access to campus resources that support career development and graduate‑school preparation. The programme is designed to combine strong theoretical training with practical laboratory experience to prepare graduates for technical careers or advanced study in optics, quantum chemistry and related fields.