Bachelor of Science (BS) in Chemistry

Program Overview A comprehensive study of the properties, composition, and reactivity of matter. The program balances theoretical foundations with intensive laboratory research to solve challenges in medicine, energy, and material science.

Core Curriculum & Chemical Expertise

• Key Courses: Organic Chemistry, Physical Chemistry, Analytical Chemistry.

• Technical Pillars: Inorganic Chemistry, Biochemistry, and Instrumental Analysis.

• Applied Training: Advanced synthesis workshops, high-pressure liquid chromatography (HPLC) training, and undergraduate research assistantships.

• Ethics: Integrated curriculum on Green Chemistry and sustainable laboratory practices.

Admissions & Laboratory Prerequisites

• Academic Foundation: Strong high school performance in Chemistry, Physics, and Algebra II/Calculus.

• Mandatory Compliance:Laboratory Safety Certification (required prior to upper-division lab entry).

• Testing: Competitive SAT/ACT scores with emphasis on the Science and Math sections.

Faculty Spotlight (who teaches it)

• Lead Researcher:Dr. Marie Curie-Sklodowska (Distinguished Professor of Radiochemistry).

• Expertise:Radioactive Isotopes and Molecular Spectroscopy.

• Research Impact: Pioneer in the study of atomic structures; recipient of dual national research honors for work in chemical elements.

• Student Impact: Mentors students in the use of advanced spectroscopy to identify unknown compounds and develop new diagnostic chemical markers.

Career & Professional Outcomes

• Primary Paths: Pharmaceutical Researcher, Forensic Scientist, Chemical Engineer, and Environmental Consultant.

• Advanced Pathways: Prepares students for Medical School (Pre-Med), Pharmacy School, or Ph.D. programs in Chemical Sciences.

International Student Requirements

• Credentialing: Full evaluation of previous academic credentials for US equivalency.

• Language: Mandatory proof of English proficiency (TOEFL/IELTS).