Fairmont State University

What you'll study

This programme provides a strong foundation in general, organic and inorganic chemistry, then progresses to advanced topics in physical chemistry, quantum chemistry and optical spectroscopy. You will learn to apply quantum mechanics to molecular systems, study the principles of optics and photonics, and develop proficiency with experimental techniques used to characterise electronic and optical properties of materials.

• Core chemistry courses: General Chemistry, Organic Chemistry, Inorganic Chemistry, Analytical Chemistry.
• Physical and theoretical courses: Physical Chemistry, Quantum Chemistry, Statistical Mechanics, Spectroscopy.
• Optics and photonics: Optical Physics, Laser Fundamentals, Photonics and Optical Materials, Optical Spectroscopy.
• Supporting mathematics and physics: Calculus sequence, Differential Equations, University Physics (mechanics and electromagnetism).
• Laboratory and practical experience: Instrumental Analysis labs, Advanced Physical Chemistry Lab, Optical Measurement and Laser Lab, student research projects featuring experimental or computational work.
• Capstone and electives: Senior research thesis or practicum in optics/quantum chemistry, electives such as materials chemistry, computational chemistry, nanoscience or photonic device fabrication.

The curriculum emphasises laboratory technique, data analysis, computational modelling and scientific communication. Students may pursue independent research under faculty supervision, and coursework is designed to prepare graduates for both employment and graduate study.

Entry requirements

Entry typically requires a high school diploma or equivalent with strong preparation in chemistry and mathematics. Recommended academic background includes high school chemistry and algebra/trigonometry; calculus and physics at high‑school level are advantageous. Admissions reviews consider overall academic record and preparedness for a rigorous STEM programme.

• Academic qualifications: High school diploma or equivalent with competitive grades in science and maths; applicants with prior college credit in STEM subjects will have that credit evaluated.
• Preparation: Prior coursework in chemistry and mathematics recommended; familiarity with laboratory work is helpful.
• Additional considerations: Transfer students should provide college transcripts and descriptions of completed science and maths courses; non‑native English speakers will need to demonstrate English proficiency through accepted testing or institutional measures.

Career prospects

Graduates with a chemistry degree emphasising optics and quantum chemistry find opportunities across industry, government and academia. The combination of experimental, computational and theoretical training is sought after in several sectors.

• Optics and photonics companies — roles in research and development, quality control and device testing.
• Materials and semiconductor industries — characterisation of electronic and optical properties, process development.
• Analytical and instrumentation firms — operation and development of spectroscopic and laser‑based equipment.
• Research laboratories and national facilities — technical staff positions or preparation for graduate research programs (MS/PhD) in chemistry, physics, materials science or engineering.
• Education and science communication — secondary education, laboratory instruction, technical writing.
• Related careers — patent law (with further qualifications), technical sales, environmental and forensic laboratories.

Why study at Fairmont State University

Fairmont State offers a student‑centred learning environment with small class sizes and accessible faculty who mentor undergraduates in laboratory and research settings. The chemistry programme provides a balance of classroom instruction and hands‑on experience in well‑equipped teaching and research laboratories, enabling students to build practical skills with modern analytical and optical techniques.

Students benefit from opportunities for undergraduate research, internships with regional employers, and a curriculum designed to prepare them for either immediate employment in technical roles or continued graduate study. The university’s supportive campus community, combined with connections to local industry and professional networks, helps students gain experience and make the transition to their chosen careers.