Bachelor of Science in Biochemistry

Students develop hands-on skills through dedicated chemistry, physics and biochemistry laboratory courses, including Introductory Organic Chemistry Laboratory, Physics Laboratory I and II, Biochemistry Laboratory, and Instrumental Analysis. The program also provides a particularly strong research connection with UT Southwestern, where Biochemistry majors may conduct research in laboratories within the departments of Biochemistry, Internal Medicine, Pharmacology and Physiology, subject to availability.

Students can build practical and professional experience through:

• Biochemistry Laboratory: BIOL 3380 provides dedicated laboratory experience as part of the major's core curriculum.
• Organic Chemistry Laboratory: CHEM 2233 gives students practical experience alongside their organic chemistry studies.
• Instrumental Analysis: CHEM 3472 provides advanced analytical laboratory-oriented preparation within the biochemistry curriculum.
• Physics laboratories: Students complete Physics Laboratory I and II alongside the required physics sequence, strengthening experimental and measurement skills.
• UT Southwestern research: Students may conduct research in laboratories of faculty in Biochemistry, Internal Medicine, Pharmacology and Physiology at UT Southwestern Medical School, when opportunities are available.
• Research-oriented course options: UT Dallas's broader biology curriculum also includes course-based undergraduate research and undergraduate research courses, although these should not be represented as mandatory components of the Biochemistry BS unless specifically listed in the student's degree plan.
• Internships and career preparation: The UT Dallas University Career Center helps students search and apply for internships, provides career advising, resume/CV reviews and mock interviews, and connects students with employers through career events and its online career platform.

Facilities and resources: The official sources reviewed specifically confirm the laboratory and UT Southwestern research opportunities above. They do not identify specific software packages, mandatory group projects, field trips, or a dedicated biochemistry library as components of this degree, so these should not be added as program-specific claims.

The B.S. in Biochemistry at The University of Texas at Dallas gives students a strong foundation for starting careers in biotechnology, laboratory science and research, while also preparing them for advanced study. The program is especially useful for students who want to continue into graduate programs or professional fields such as medicine, dentistry and other health sciences.

Graduates can explore roles such as Biochemist, Medical Scientist, Microbiologist and Forensic Scientist, along with opportunities in biotechnology, pharmaceutical research, healthcare and laboratory environments. Students can also build valuable professional experience through research, internships and networking opportunities available at the university.

Students can make the most of the university's career and research support through:

• Career support: The NSM Career Success Center helps students prepare for employment through interview guidance, professional resume and cover-letter support, and connections with campus recruiters.

• Research opportunities: Biochemistry students may have opportunities to conduct research in laboratories connected with UT Southwestern Medical School, including departments such as Biochemistry, Internal Medicine, Pharmacology and Physiology, subject to availability.

• Internships and networking: The university highlights internships, research opportunities and networking events as ways for Biochemistry students to gain experience and connect with professionals.

• Career and salary information: Students can access career resources that provide information about occupations related to biochemistry and biological sciences, including salary information for Texas and the United States. The university does not publish a specific employment rate or average salary for graduates of this particular B.S. in Biochemistry, so a program-specific figure should not be assumed.

• Industry and research connections: The program's relationship with UT Southwestern provides students with access to research environments, while the university identifies biotechnology, pharmaceutical, healthcare and academic organizations among potential employment settings.

• Undergraduate research: Selected students can receive support through Undergraduate Research Scholar Awards and gain experience conducting research and presenting their findings.

• Graduation pathways: The degree prepares students for entry-level biotechnology positions as well as continued education in biological and chemical sciences.

• Accreditation: The official program information does not identify a specific professional accreditation for the B.S. in Biochemistry, so no additional accreditation benefit should be claimed.

Further Academic Progression: Graduates can continue their education through master's or doctoral programs in areas such as biochemistry, chemistry, biotechnology, molecular and cell biology, bioinformatics and computational biology. Eligible Biochemistry students can also use the university's B.S./M.S. Fast Track options to begin approved graduate coursework during their senior year, with pathways including the M.S. in Chemistry, M.S. in Biotechnology, M.S. in Molecular and Cell Biology, M.S. in Bioinformatics and Computational Biology, and selected M.S. in Data Science and Statistics programs.