Catalyze scientific change for a healthy, sustainable planet Your future starts here The U.S. Bureau of Labor Statistics defines an education in the liberal arts and sciences as “an approach to learning that involves diverse coursework so students develop a range of knowledge.” In other words, a degree in the liberal arts and sciences does not limit you to a specific career – you are free to pursue endless opportunities, having developed critical thinking, communication, career-readiness and other skills. Degree programs at the School of Molecular Sciences prepare you for success in today’s job market.
The School of Molecular Sciences encourages undergraduate research, where students can work directly with faculty on research projects using state-of-the-art equipment. Conducting undergraduate research offers the possibility of publishing, presenting at scientific meetings and earning college credit. Our school helps students find internships, build resumes and network — ensuring that students gain practical experience and enhance their career readiness. Chemist and materials scientist jobs are projected to grow 6% by 2032, with 7,200 annual openings expected— outpacing the average growth for all occupations over the next decade. Specializing in up-and-coming fields like nanotechnology boosts job prospects, with chemists earning a median wage of $84,680 in 2023. Materials scientists, biochemists and chemical engineers earn $106K–$112K annually.
Career outcomes • Pharmacist • Soil scientist • Chemist • Biochemist • Medical doctor • Climate change policy analyst • Materials • Crime scene investigator
scientist
Aaron J. graduated in 2022 with a degree in chemistry. As a student, he conducted undergraduate research with faculty to improve methods for accurately measuring bullet metals to help solve forensic cases. Since graduating, he has been a published researcher and is now working for the world’s largest chip manufacturer as a chemical lab technician.
Madison S. graduated in 2023 with a degree in environmental chemistry. Recognized for her outstanding research on copper oxide nanomaterials, she contributed to three peer-reviewed articles. As a first-generation college student, Madison is now pursuing a PhD in chemical oceanography at the University of Connecticut, where she is focusing on carbon dioxide removal.