Bachelors of Chemistry - Biochemistry

Program Overview

The Biochemistry track within Franklin College's Chemistry major introduces students to the fundamental chemical principles, theories, and facts that form the bedrock of modern biochemistry. It focuses on the chemical composition of living matter, the chemical reactions and processes that occur within living organisms, and the structure and function of biomolecules like proteins, nucleic acids, carbohydrates, and lipids. The program's aim is to equip students with the analytical and critical thinking skills necessary to understand and contribute to advancements in health, medicine, and biotechnology. It provides an opportunity to collect, analyze, and critically evaluate data in the laboratory, preparing students for further study at the graduate level or for immediate employment in scientific fields.

STEM-designated: While the provided information does not explicitly state that Franklin College's Bachelor of Chemistry, Biochemistry track, is officially STEM-designated, chemistry and biochemistry programs are universally classified as STEM (Science, Technology, Engineering, and Mathematics) fields in the U.S. This classification is due to the inherent reliance on scientific methodology, quantitative analysis, and laboratory experimentation within these disciplines. This designation is particularly advantageous for international students, as it often allows for extended Optional Practical Training (OPT) opportunities post-graduation, enabling them to gain valuable work experience in the U.S.

Curriculum: The curriculum for the Bachelor of Chemistry - Biochemistry track is rigorous and comprehensive, combining a strong foundation in general chemistry with specialized coursework in biochemistry. Core chemistry courses typically include General Chemistry I & II with labs, Organic Chemistry I & II with labs, and Spectroscopic Methods of Analysis. Crucial for the biochemistry track are courses such as Biochemistry (often cross-listed with Biology), and Techniques in Biotechnology and Biochemistry. The program also requires foundational biology courses like Principles of Biology and Cell Biology, along with mathematics requirements (e.g., Calculus or Statistics). This interdisciplinary approach ensures students develop a holistic understanding of both chemical and biological systems, crucial for solving complex biochemical problems.

Research Focus: Franklin College's Chemistry department, including the Biochemistry track, places a significant emphasis on undergraduate research. Students are provided opportunities to engage in original scientific inquiry, working closely with faculty mentors. The program encourages students to "design experimental plans for chemical/physical research" and to "analyze scientific data and extract significant conclusions." Specific research topics can include areas like organic synthesis, biofuel developments, and applications of laser-induced fluorescence techniques, with clear connections to biomedical and health-related fields through courses like Biochemistry and Biotechnology. Students can pursue undergraduate research for credit (e.g., CHE 375 Undergraduate Research, SNR 489 Professional Development Research Experience), culminating in presentations or publications. This hands-on research experience is central to the learning process, allowing students to contribute to new knowledge.

Industry Engagement: Franklin College is dedicated to ensuring its Biochemistry graduates are well-prepared for professional careers through strong industry engagement. The program emphasizes hands-on instruction and the development of analytical and technological skills "essential to pursuing a variety of careers in chemistry or physics, or health science." Students are encouraged to explore careers in "industrial chemistry or in a health science," indicating a focus on preparing them for roles in the pharmaceutical industry, biotechnology firms, or clinical laboratories. While specific direct industry partnerships for the biochemistry track are not explicitly detailed, the institution's commitment to "professional development planning" and providing "real-world ready" experiences likely includes connecting students with internship opportunities in relevant industries, leveraging faculty networks and career services.

Global Perspective: The fields of chemistry and biochemistry are inherently global, with scientific discoveries, research collaborations, and health challenges transcending national borders. While Franklin College's Chemistry - Biochemistry program is based in the U.S., its rigorous scientific training provides a universal language of understanding and problem-solving in the scientific community. As a liberal arts institution, Franklin College generally promotes a broader global perspective through its curriculum and various study-away opportunities. While specific global components for this track are not explicitly detailed, students may have opportunities to engage with global health issues through coursework, participate in international research experiences, or leverage the college's immersive travel programs to gain exposure to diverse scientific approaches and cultural contexts worldwide, enhancing their readiness for a globalized scientific landscape.