Stevenson University

What you'll study

Coursework covers fundamental chemical theory and practical techniques. Typical subject areas include atomic and molecular structure, reaction mechanisms, thermodynamics and kinetics, spectroscopy and analytical methods. Lab components emphasise experimental design, quantitative measurement, instrument use, chemical safety and record keeping. Many programmes also offer elective topics such as biochemistry, materials chemistry, environmental chemistry or instrumental analysis, plus opportunities for undergraduate research.

Entry requirements

Admissions normally expect a high‑school diploma or equivalent with strengths in mathematics and the sciences. Successful applicants usually present coursework in chemistry and algebra/trigonometry or precalculus; experience with laboratory classes is an advantage. Colleges may consider grades, recommendation letters, a personal statement and any relevant extracurricular science activities.

Career prospects

Graduates enter a broad range of roles: laboratory technician or analyst in industry and environmental labs, quality control, chemical manufacturing support, or research assistantships. Many alumni also progress to graduate studies (MSc/PhD), professional schools (medicine, pharmacy), or careers in education, regulatory agencies and technical sales. Chemical training develops transferable skills—critical thinking, quantitative analysis and laboratory practice—useful across STEM and allied fields.

Scholarships & funding angle

Students should explore institutional scholarships, merit awards and need‑based aid administered by the university, as well as external scholarships from chemical societies and STEM foundations. Research assistantships, lab positions and summer internships can provide both funding and valuable experience; early engagement with faculty increases competitive access to those opportunities.