Chemistry

The Vanderbilt University Chemistry program offers a comprehensive and rigorous education in the fundamental principles and contemporary advances of chemistry. Designed for students passionate about understanding the composition, structure, properties, and reactions of matter, the program provides a solid foundation in both theoretical and practical aspects of the chemical sciences. Undergraduate students engage in a diverse curriculum that covers organic, inorganic, analytical, physical, and biochemistry, ensuring a well-rounded learning experience. The faculty members are distinguished researchers and educators committed to mentoring students and fostering a stimulating academic environment. Students have access to state-of-the-art laboratories and research facilities, which allow them to gain hands-on experience and participate in ongoing research projects. The curriculum emphasizes critical thinking, experimental skills, and scientific communication, preparing graduates for careers in academia, industry, healthcare, environmental science, and other related fields. Additionally, the program encourages undergraduate research, internships, and collaborations with scientific institutions, enabling students to apply their knowledge in real-world contexts. Vanderbilt’s vibrant scientific community provides numerous opportunities for professional development, including seminars, workshops, and networking events with leading scientists. The Bachelor of Arts or Bachelor of Science degrees in Chemistry are designed to meet the educational standards needed for graduate study or professional careers in chemistry and related disciplines. Through this program, students gain not only a deep understanding of chemical principles but also the analytical and laboratory skills necessary to succeed in a competitive scientific landscape. Whether pursuing a career in research, education, or industry, graduates of Vanderbilt's Chemistry program are well-equipped with the knowledge, experience, and professional readiness to excel in their chosen paths.

The chemistry program is organized into four parts. The first part is a general chemistry course sequence (CHEM 1601-1602 and 1601L-1602L or AP credit) to serve as an entry point into the major.

The second part consists of foundation courses in the five major disciplines of chemistry: analytical (2100), biochemistry (BSCI 2520), inorganic (3010), organic (2221-2222 or 2211-2212), and physical (3300 or 3310).

The third part of the chemistry major consists of completing 8 credit hours of laboratory past 1601L-1602L. 4 hours will come from laboratory courses (2221L-2222L, 2100L, and 3315) associated with foundation courses. There are also 6 credit hours of a capstone laboratory (4965-4966) designed to provide advanced laboratory experience.

The fourth part of the major consists of completing a minimum of 6 credit hours of in-depth chemistry courses. These in-depth courses build upon the content of foundation courses or integrate concepts from these foundational disciplines.

Concentration in Chemistry

Required Non-chemistry Courses

One year of calculus (MATH 1300-1301 is preferred)

PHYS: Both 1501-1502 and 1501L-1502L, or both 1601-1602 and 1601L-1602L, or 1901-1902

* In-depth chemistry courses include all 2000-level chemistry and higher courses not explicitly required, except for Chem 3600 and 3980-4980-4999. Other in-depth chemistry courses are Chemical and Biomolecular Engineering  3200 and  3250, and Earth and Environmental Sciences 4600, and any 5000-level chemistry lecture courses. (Qualified seniors interested in 5000-level courses must obtain approval from the course instructor, their adviser, and the director of graduate studies in chemistry. Further details are found in the Academic Policies for the College of Arts and Science.) A maximum of 3 credit hours of chemistry research (3860) may be counted as in-depth chemistry course hours.

Additional math courses, such as Math 2300 and Math 2820, are highly recommended for the chemistry major.

Options for Concentration in Chemistry

In-depth chemistry courses can be chosen so as to define a focus area within chemistry. Students should consult with their major adviser about focus area options, or to formulate an individualized focus area option. Further descriptions of these options and other recommended courses can be found in the chemistry major handbook on the chemistry department homepage.

Chemical Biology Focus. The role of chemical processes in biological systems is fundamental to chemical biology. The journal Nature Chemical Biology defines chemical biology as “the use of chemistry to advance a molecular understanding of biology and the harnessing of biology to advance chemistry.” Chemical biology builds upon the disciplines of medicinal chemistry, biochemistry, pharmacology, genetics, bioorganic and organic chemistry. Suggested in-depth chemistry electives: 3020, 3710, 3860, 4210, 4720.

Chemical Sciences Focus. This option provides a broad foundation of chemistry, permitting flexibility in future career pathways and providing an excellent preparation for positions in chemical industry and for graduate programs in chemistry. Suggested in-depth chemistry electives: 3120, 3300, 3310, 3860.

Environmental Chemistry Focus. Environmental chemistry concerns the chemical phenomena that occur in nature. Environmental chemistry spans atmospheric, aquatic, and soil chemistry with a reliance on analytical chemistry for methods of analysis. Environmental chemistry can be applied to the understanding of issues such as ground water pollution, wastewater treatment, ozone depletion, and greenhouse gas emissions. Suggested in-depth chemistry electives:  3120, 3300, 3310, 3860, EES 4600.

Materials Chemistry Focus. Materials chemistry is concerned with designing and synthesizing new materials with specific useful properties and determining the relationships between physical properties and the composition and structure of these new materials. Materials chemistry encompasses all size regimes from bulk to nanoscale. Synthetic chemistry (inorganic and organic), physical chemistry, and analytical chemistry are all important components of this field. Suggested in-depth chemistry electives:  3120, 3630, 2610, 3310, 2610, 3860, 5320, 5610, 5620.

Requirements

• All required parts of either the Coalition Application, Common Application, or Universal College Application.
• $50 nonrefundable application fee, or fee waiver for qualified students
• Official high school transcript
• Counselor letter of recommendation
• Two academic teacher recommendations
• Standardized Test Results: SAT or ACT (SAT code: 1871 / ACT code: 4036)
• Official results of the TOEFL, IELTS, or PTE Academic if applicable*
• A completed College Scholarship Service (CSS) Profile, if applicable**

Scholarships

• Need-Based Aid for International Students
• Merit-Based Aid for International Students

The Vanderbilt University Department of Chemistry offers a comprehensive undergraduate program designed to prepare students for careers in scientific research, education, industry, and the health sciences. The curriculum provides a strong foundation in the fundamental principles of chemistry, including organic, inorganic, physical, and analytical chemistry. Students have the opportunity to engage in hands-on laboratory work, fostering practical skills and experimental techniques essential for professional practice. The program emphasizes critical thinking, problem-solving, and scientific communication, equipping graduates to address complex scientific questions and contribute to innovation in various fields.

Vanderbilt's chemistry department benefits from cutting-edge research facilities and a faculty renowned for their contributions to multiple areas of chemistry. Undergraduates are encouraged to participate in research projects, internships, and collaborative studies, often working directly with faculty members on groundbreaking research initiatives. The program also offers specialized tracks, such as biochemistry and materials chemistry, allowing students to tailor their education to specific interests and career goals.

Additionally, the program emphasizes interdisciplinary learning, integrating chemistry with biology, physics, and mathematics to provide a well-rounded scientific education. Vanderbilt's location in Nashville provides opportunities for engagement with local industries and research institutions, enhancing experiential learning and networking opportunities. The department also supports students interested in pursuing graduate studies or professional degrees in pharmacy, medicine, or dentistry.

Throughout the program, students benefit from academic advising, career counseling, and participation in scientific communities and conferences. The curriculum balances theoretical coursework with laboratory practice, ensuring graduates are well-prepared for both advanced study and immediate employment. Overall, the Vanderbilt chemistry undergraduate program aims to cultivate skilled, innovative scientists who can contribute meaningfully to society through scientific research, education, and technological development.