Chatham University

What you'll study

The programme combines a core chemistry curriculum with specialised teaching and laboratory work in optics and quantum chemistry. You will study foundational topics such as general chemistry, organic chemistry, physical chemistry and analytical methods, then progress to courses that apply quantum mechanics and optical methods to chemical problems.

• Core modules: General and inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry, chemical laboratory techniques.
• Quantum and theoretical modules: Introductory quantum mechanics for chemists, molecular spectroscopy, computational chemistry and quantum chemical methods.
• Optics and experimental modules: Optical spectroscopy (UV–Vis, IR, Raman), laser spectroscopy techniques, photochemistry and time-resolved methods.
• Supporting mathematics and physics: Calculus, linear algebra, classical and modern physics topics relevant to optics and quantum theory.
• Practical work and projects: Extensive laboratory courses, research projects or a senior thesis in areas such as photophysics, materials for photonic devices, or quantum simulations.
• Electives and interdisciplinary options: Courses in materials chemistry, nanoscience, computer modelling, data analysis, or courses from related departments (physics, engineering) to build technical breadth.

Teaching typically includes lectures, small-group seminars, laboratory practicums and independent research supervised by faculty. Students are encouraged to take part in summer research, internships, and cross-department collaborations to gain hands-on experience in optical instrumentation and quantum chemical techniques.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong achievement in mathematics and science. Successful candidates typically have studied chemistry and mathematics to an advanced level; coursework in physics is advantageous because of the programme's emphasis on optics.

• Academic preparation: High school diploma with strong grades in chemistry and math. College-transfer applicants should present university transcripts and evidence of college-level chemistry and calculus.
• Preferred subjects: Chemistry and calculus or advanced mathematics; physics recommended.
• Additional requirements: Personal statement outlining interest in optics/quantum chemistry and any laboratory or research experience. Letters of recommendation from science teachers or college instructors may be requested.
• International applicants: Proof of English proficiency where required and submission of equivalent academic credentials.

Career prospects

Graduates are prepared for a wide range of careers in science and technology. The blend of chemistry, optics and quantum-focused training opens pathways in both industrial and academic settings.

• Laboratory chemist or analytical scientist in pharmaceuticals, materials, environmental testing or manufacturing.
• Research technician or assistant in photonics, spectroscopy and materials science laboratories.
• Roles in the photonics and optical instrumentation industry, including applications development, testing and technical support (additional engineering training or experience may be required for some positions).
• Further study: many graduates go on to master’s or doctoral programmes in chemistry, physics, materials science or specialised areas such as quantum information and photonics.
• Careers in science policy, patent law (with further professional qualification), technical sales, and education—particularly when combined with internships and communication skills development.

Why study at Chatham University

Chatham University offers a student-centred liberal arts environment with a strong emphasis on undergraduate research and close faculty mentoring. The chemistry programme benefits from small class sizes that allow hands-on laboratory training and direct supervision of independent projects.

• Undergraduate research opportunities: Faculty-led projects and the chance to develop a senior thesis give students practical experience in spectroscopy, optics and computational chemistry.
• Interdisciplinary collaborations: Proximity to physics and engineering courses enables interdisciplinary study of photonics, materials and quantum-related topics.
• Access to regional industry and internships: Located near Pittsburgh, Chatham students can pursue internships and collaborations with local research centres, hospitals and technology firms to gain applied experience.
• Supportive learning environment: Advising, career services and lab-focused teaching help students prepare for professional roles or graduate study in optics, quantum chemistry and allied fields.