Susquehanna University

What you'll study

The programme delivers a comprehensive chemistry core alongside targeted modules in optics and quantum chemistry. Early-stage coursework establishes fundamentals in general, organic and inorganic chemistry, analytical methods and laboratory techniques. Core laboratory classes emphasise safe practice, quantitative analysis and experimental design.

• Foundational modules: General Chemistry, Organic Chemistry, Inorganic Chemistry, Analytical Chemistry and Physical Chemistry that build chemical literacy and laboratory competence.
• Optics- and quantum-focused modules: Quantum Chemistry, Molecular Spectroscopy, Photochemistry, Principles of Optics, and Introduction to Photonics covering the quantum mechanical description of molecules, light–matter interactions, absorption and emission spectroscopy, lasers and basic optical systems.
• Computational and instrumental skills: Computational chemistry methods, numerical approaches to quantum problems, and practical instrument training in UV–Vis, IR, NMR and laser-based spectroscopy.
• Research and capstone: Emphasis on undergraduate research with opportunities to work on faculty-led projects in areas such as ultrafast spectroscopy, nonlinear optics or quantum materials. Students typically complete a senior thesis or capstone project that integrates experimental or theoretical work with written and oral communication.
• Interdisciplinary options: Elective collaboration with physics, mathematics and engineering courses to strengthen understanding of wave optics, solid-state physics and advanced mathematical methods for quantum theory.

Entry requirements

Applicants are expected to present a strong secondary-school record with emphasis on chemistry and mathematics. Specific qualifications are assessed in context; below are typical preparatory examples.

• UK A levels: Chemistry plus Mathematics or Physics recommended; a third A level in a science or related subject is beneficial.
• International Baccalaureate: A strong overall IB score with Higher Level Chemistry and Mathematics (or Physics) preferred.
• US high school: Competitive academic transcript with advanced coursework in chemistry and mathematics; AP chemistry and calculus courses are advantageous.
• Other materials: Personal statement demonstrating interest in scientific inquiry, one or more academic references, and evidence of laboratory experience or science-related extracurricular activities strengthen an application. Transfer students should provide college transcripts and details of prior laboratory coursework.
• Notes on testing: Susquehanna evaluates applications holistically; standardised tests may be considered where submitted but are not the sole determinant.

Career prospects

Graduates with a chemistry background focused on optics and quantum chemistry enter a variety of technical and professional roles. The combination of experimental skills, theoretical understanding and research experience is valued across multiple sectors.

• Research and development: Positions in industrial R&D, national laboratories or university research groups working on photonic materials, lasers, sensors and quantum devices.
• Instrumentation and analytical roles: Careers supporting or developing spectroscopic and optical instrumentation for industry, clinical labs or environmental monitoring.
• Applied physics and engineering: Opportunities in companies that design optical systems, telecommunications hardware, imaging technology and semiconductor devices.
• Further study: Many graduates pursue graduate study (MSc/PhD) in chemistry, physical chemistry, materials science, optics/photonics or quantum information science.
• Other pathways: Roles in quality control, technical sales for scientific instruments, patent law (with further legal training), science education and data-driven roles that make use of computational chemistry and modelling skills.

Why study at Susquehanna University

Susquehanna offers a liberal-arts environment with small class sizes and high levels of faculty contact, which benefits students pursuing rigorous and specialised areas such as optics and quantum chemistry. The chemistry department prioritises undergraduate teaching and hands-on laboratory experience.

• Undergraduate research focus: Faculty-led research opportunities are available throughout the degree, enabling students to develop practical skills and produce a substantive senior thesis or capstone project.
• Laboratory and equipment access: Students gain experience with modern spectroscopic and analytical instruments, and may work with optical setups and laser-based equipment under faculty supervision.
• Interdisciplinary collaboration: Close links with physics and mathematics programmes support interdisciplinary projects and broaden technical training relevant to photonics and quantum applications.
• Support for careers and study: The university provides advising for internships, experiential learning and preparation for graduate study, including assistance with applications, presentations and professional development.
• Community and mentorship: A residential campus culture and accessible faculty mentorship help students develop both scientific expertise and the communication skills expected in technical careers.