University of Northern Colorado

What you'll study

The programme combines advanced coursework, rigorous training in experimental and computational methods, and an extended original research project leading to a doctoral dissertation. Core study areas include quantum mechanics for chemists, advanced physical chemistry, spectroscopy and laser optics, and computational quantum chemistry. Students typically receive formal instruction in mathematical methods for physical chemistry, statistical mechanics, and electromagnetic theory as applied to molecular and materials systems.

Research training emphasises precision spectroscopy, nonlinear and ultrafast optics, quantum coherence and information concepts in chemical systems, and electronic structure modelling of molecules and materials. Typical activities include laboratory work with lasers and spectrometers, development or use of quantum-chemistry software packages, design and execution of experiments probing light–matter interactions, and collaboration on interdisciplinary projects with physics and materials science researchers.

• Advanced quantum mechanics and quantum chemistry
• Spectroscopy and laser techniques (linear and nonlinear, time-resolved methods)
• Computational methods: ab initio, DFT and excited-state calculations
• Experimental optics: photonics, ultrafast optics and optical instrumentation
• Seminars, literature review and research communication skills
• Teaching or graduate assistantship experience
• Qualifying examinations and dissertation research

Entry requirements

Applicants are expected to hold a relevant master's degree or a strong bachelor's degree in chemistry, physics, materials science or a closely related discipline. A solid background in physical chemistry, quantum mechanics, and calculus-based physics is essential. Typical application materials include official transcripts, a statement of research interests, a curriculum vitae, and at least three letters of recommendation from academic or research supervisors.

International applicants must meet the university's English language proficiency requirements. Candidates with substantial research experience, publications, or demonstrable laboratory skills in spectroscopy, optics, or quantum chemistry are particularly competitive. Admission may require an interview with potential faculty supervisors and evidence of readiness for independent research.

Career prospects

Graduates of a doctoral programme focused on optics and quantum chemistry pursue a range of careers in research and development, higher education and industry. Common destinations include academic postdoctoral positions and faculty appointments, research roles at national laboratories, and R&D positions in companies working on photonics, quantum technologies, sensors, and advanced materials.

Skills acquired—advanced experimental design, laser and spectroscopic techniques, computational modelling, and scientific communication—are also valued in sectors such as semiconductor and optics manufacturing, defence and aerospace, biotechnology, and software companies developing simulation tools. Many graduates move into roles that combine fundamental research with technology translation and innovation management.

Why study at University of Northern Colorado

The University of Northern Colorado offers a supportive, research-active environment with close faculty mentorship and opportunities for interdisciplinary collaboration. Small research groups and accessible faculty enable students to gain hands-on experience with optical instrumentation and computational tools early in their studies. Graduate students frequently benefit from teaching and research assistantships that provide practical training in pedagogy and project leadership.

The university's location provides convenient connections to regional research networks and industry partners in the broader metropolitan area, facilitating internships and collaborative projects. The programme emphasises professional development—seminars, conference participation and grant-writing experience—to prepare graduates for both academic and industrial careers in optics, quantum chemistry and related fields.