BA in Biology

The BA in Biology at Texas A&M University–Kingsville combines classroom study with hands-on laboratory and field experiences, allowing students to develop practical skills in biological observation, experimentation, data collection, and analysis. From the first year, students work with laboratory techniques through courses such as General Biology Laboratory I and General Biology Laboratory II, while the university’s South Texas location provides opportunities to explore coastal, prairie, and wetland ecosystems. Students can also work with research-active faculty on projects spanning genetics, ecology, neuroscience, and other areas of biological science.

Students can build practical experience through these program-specific opportunities:

• Laboratory training: BIOL 1106 – General Biology Laboratory I develops laboratory techniques, data collection, and analysis, while BIOL 1107 – General Biology Laboratory II introduces experimental and observational techniques for studying plant and animal life, including morphology, physiology, reproduction, and ecology.
• Faculty-led research: Biology students can work alongside faculty on funded research projects, pursue independent study or research credit, use department laboratories and field equipment, and present their findings at symposiums and conferences.
• Research areas: Students can gain exposure to active research in areas including genetics, neuroscience, ecology, and forensic science, with faculty research involving subjects such as genetically modified fruit flies, DNA fingerprinting, neurodegenerative disorders, and DNA repair.
• Field-based learning: The university highlights access to South Texas coastal, prairie, and wetland environments, giving biology students opportunities to study organisms and ecological systems beyond the classroom.
• Advanced research facilities: The Natural Toxins Research Center includes molecular biology, tissue culture, instrumentation, and HPLC laboratories, supporting research involving venom proteins, DNA/RNA analysis, cell cultures, and protein separation.
• Digital and visualization tools: The Department of Biological and Health Sciences highlights 3D anatomy using virtual reality tools, providing students with an additional technology-supported way to explore biological structures.
• Research collaboration: Students can participate in cross-disciplinary and community-based research teams and contribute to projects supported by organizations such as USDA, NIH, and NSF.
• Library and computing resources: Students have access to the James C. Jernigan Library, which includes a dedicated computer lab with 143 computers, supporting research, coursework, and academic work.

The Biology bachelor’s program at Texas A&M University–Kingsville can prepare students for careers spanning healthcare, laboratory science, environmental work, wildlife, education, and research. The university emphasizes hands-on laboratory and field experience, faculty mentorship, and undergraduate research, giving students opportunities to build practical skills while preparing for employment or advanced study.

Typical job roles: Biological Technician, Laboratory Technician, Environmental Technician, Research Assistant

• Career support: TAMUK Career Services provides resume and cover-letter assistance, mock interviews, graduate-school preparation, testing information, and access to employment opportunities through Javelina Careers and Handshake. Biology students can also pursue faculty-led research, independent study, research credit, and conference presentations.
• Employment and salary figures: $57,400 median salary was reported by TAMUK for graduates with a bachelor's degree and 0–5 years of experience in AY 2022, compared with $50,917 for its peer group; TAMUK also noted that it was working to expand standardized graduate-outcome reporting through the NACE First-Destination Survey. This is a university-wide figure rather than a Biology-specific salary.
• University–industry and research partnerships: USDA-funded career experiences give students technical training and internships related to agricultural, biological, and food-industry careers; TAMUK reported seven USDA projects supporting undergraduate internships. Biology students can also participate in grant-supported research involving agencies such as USDA, NIH, and NSF.
• Career-connected research: Faculty mentorship and funded research allow students to work in areas such as genetics, ecology, nutrition, and related biological sciences, while South Texas coastal, prairie, and wetland ecosystems provide opportunities for field-based learning.
• Long-term accreditation value: SACSCOC accreditation confirms that Texas A&M University–Kingsville is accredited to award baccalaureate, master’s, and doctoral degrees, providing institutional recognition for the degree and supporting continued academic progression.
• Graduation outcomes: Graduate and professional-school progression is an established pathway for TAMUK Biology students, with the university reporting that graduates from the Department of Biological and Health Sciences successfully matriculate into graduate and professional schools in Texas, elsewhere in the U.S., and internationally.

Further Academic Progression: After completing the bachelor's degree, students can continue into TAMUK's M.S. in Biology, choosing thesis, research-project, or course-only pathways and studying areas such as molecular biology, genetics, physiology, neurobiology, cancer biology, ecology, wildlife biology, or environmental science. The university also identifies pathways from biology into medical, dental, veterinary, and pharmacy schools, while doctoral study and other advanced biological and biomedical programs can provide further research or professional progression.