Shawnee State University

What you'll study

This degree delivers a core chemistry curriculum—covering general, organic, inorganic, physical and analytical chemistry—integrated with focused coursework and laboratory work in optics and quantum chemistry. You will build a strong mathematical and physical-science background to support quantum mechanical concepts and optical phenomena.

• Core chemistry modules: General Chemistry, Organic Chemistry, Inorganic Chemistry, Analytical Chemistry, Physical Chemistry.
• Optics and photonics modules: Introduction to Optics, Optical Spectroscopy, Laser Principles and Applications, Materials for Photonics.
• Quantum and theoretical modules: Quantum Chemistry, Modern Physics, Computational Chemistry techniques (quantum calculations, molecular modelling).
• Laboratory and practical work: Hands-on labs in spectroscopy (UV‑Vis, IR, fluorescence), laser safety and operation, advanced analytical instrumentation, and project-based experimental work.
• Supporting maths and physics: Calculus, Linear Algebra, Classical Mechanics and Electromagnetism to provide the quantitative tools needed in quantum theory and optics.
• Research and capstone: Senior research project or capstone experience under faculty supervision, with opportunities to present findings and to conduct independent or group research in areas such as quantum simulations, photonic materials or optical sensing.
• Professional skills: Scientific communication, laboratory safety, data analysis, and exposure to instrumentation maintenance and troubleshooting.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong performance in chemistry and mathematics. Typical applicants present coursework in chemistry and algebra/calculus; physics is recommended. Shawnee State University considers academic records holistically and may require additional placement testing for mathematics.

• Academic preparation: Secondary qualification with good grades in chemistry and maths (or equivalent qualifications such as A‑levels, IB, or international equivalents).
• Recommended preparatory subjects: Chemistry, Mathematics (calculus where available), Physics.
• Other application elements: Personal statement outlining interest in chemistry and optics, letters of recommendation, and résumé of any relevant laboratory, research or internship experience.
• Alternative pathways: Applicants without the full prerequisites may be admitted provisionally and complete bridging or foundational courses in maths and chemistry.

Career prospects

Graduates are prepared for a wide range of technical and scientific roles or for further study. The programme emphasises practical laboratory skills and theoretical understanding that are valued across research, industry and education.

• Entry to graduate programmes in chemistry, materials science, physics, or optical engineering.
• Laboratory scientist or analytical chemist roles in environmental testing, pharmaceuticals, and materials analysis.
• Positions in optics and photonics industry such as photonics technician, optical metrology specialist, or application scientist for spectroscopy and imaging systems.
• Employment in semiconductor, telecommunications, defence and sensor technology sectors where expertise in light‑matter interactions and quantum effects is applied.
• Technical roles in instrument development, quality control, and research & development departments, as well as secondary school science teaching (with appropriate teacher certification).

Why study at Shawnee State University

Shawnee State offers a personalised undergraduate experience with small class sizes that promote direct interaction with faculty. The chemistry programme emphasises hands‑on laboratory learning and undergraduate research, giving students early exposure to instrumentation and experimental design.

• Faculty mentorship: Opportunities to work closely with faculty on supervised research projects in optics, spectroscopy and computational chemistry.
• Practical facilities: Laboratories equipped for analytical and spectroscopic techniques, computational resources for modelling, and project space for capstone work.
• Career and internship support: Guidance in securing internships with regional industry partners and in preparing applications for graduate school or employment.
• Community and accessibility: A compact campus environment with support services designed to help students transition to university and progress through degree completion.