Bachelor in Biological Chemistry

Grinnell College, founded in 1846 and located in Grinnell, Iowa, is a selective liberal arts institution known for rigorous academics and an engaged campus community. With roughly 3,496 students and about 284 international students, Grinnell offers a personalized undergraduate experience across 27 programs that emphasizes critical thinking, original research, and close faculty mentorship. Small class sizes and a collaborative atmosphere make it easy for students to pursue independent projects and interdisciplinary study.

Academics at Grinnell focus on developing socially responsible leaders through experiential learning, community engagement, and research opportunities that tackle global challenges. The curriculum encourages students to design their own paths, access summer research funding, and take part in off-campus study and internship programs. Faculty accessibility and a strong advising system help international students transition smoothly into campus life and academic expectations.

Outside the classroom, Grinnell promotes a vibrant residential culture, student organizations, and public service initiatives that reflect the college's commitment to social justice and leadership. Support services for international students include orientation, language assistance, and career advising aimed at translating liberal arts skills into professional opportunities. For students seeking an intimate, intellectually driven environment, Grinnell offers a distinctive combination of academic rigor and community support.

The Bachelor in Biological Chemistry at Grinnell College is a degree program for students interested in biology and chemistry. This 4-year program helps students develop a deep understanding of the chemical processes that occur in cells. Students will work closely with faculty mentors who are experts in biology and chemistry.

The curriculum includes classes, labs, and independent projects that focus on the structure and function of nucleic acids, lipids, proteins, and carbohydrates. Students will learn research techniques and methods of inquiry specific to biological chemistry, and develop skills in research and analysis. They will also examine the interactions between cells and biological molecules.

Graduates of this program can pursue careers as research scientists, laboratory technicians, or educators. They can also work in the health sciences, pharmaceutical industry, or other fields related to biology and chemistry. With a strong foundation in biological chemistry, students will be well-prepared for graduate school, medical school, or a variety of careers that value scientific knowledge and research skills.