Georgia Institute of Technology

What you'll study

The Biology degree combines core biological principles with quantitative, laboratory and computational training. Early coursework builds a foundation in cell and molecular biology, genetics, ecology and evolution, alongside chemistry and mathematics. As you advance, you choose from modules that may include molecular genetics, cell biology, biochemistry, developmental biology, systems biology, bioinformatics, quantitative physiology, ecology and conservation biology.

Students spend substantial time in laboratory courses and research methods classes that emphasise experimental design, data analysis and scientific communication. Interdisciplinary electives and tracks allow you to integrate biology with computational science, engineering or biomedical studies—students commonly take courses in programming, statistics, biostatistics, systems modelling and instrumentation. Undergraduate research, capstone projects or a senior thesis are typical culminating activities that provide hands-on experience in a faculty laboratory or on collaborative projects across departments.

• Core biological sciences: cell biology, genetics, ecology and evolution
• Supporting sciences: general and organic chemistry, physics, calculus and statistics
• Advanced topics: molecular biology, biochemistry, genomics, bioinformatics, systems and quantitative biology
• Practical training: laboratory methods, research practicum, data analysis and scientific communication
• Interdisciplinary options: biomedical engineering, computational biology, environmental studies and public health electives

Entry requirements

Admission to Georgia Tech is selective and seeks students with strong academic preparation and evidence of academic achievement. Typical successful applicants to the Biology programme present a solid secondary-school record with rigorous coursework in biology, chemistry and mathematics; physics is also recommended. Preparatory subjects often include:

• Biology at the high-school level
• Chemistry (including laboratory experience)
• Mathematics through precalculus or calculus
• Physics recommended

Applicants submit official secondary transcripts and application materials required by the institute. Georgia Tech evaluates academic performance in context and looks for evidence of analytical ability, laboratory experience, research curiosity and extracurricular engagement related to science. International applicants must demonstrate equivalent secondary qualifications and sufficient English language proficiency according to the institute's published requirements. Meeting minimum course expectations does not guarantee admission; selection is competitive.

Career prospects

Graduates with a Biology BSc from Georgia Tech pursue a wide range of careers in the public and private sectors or continue to graduate and professional education. Common paths include:

• Research roles: laboratory technician, research assistant or entry-level positions in academic, government or industry laboratories
• Biotechnology and pharmaceutical industry: roles in R&D, quality control, regulatory affairs and product development
• Computational and data-driven roles: bioinformatics, biostatistics and computational biology positions, especially for students who combine biology with programming and quantitative coursework
• Healthcare and allied professions: preparatory foundation for medical, dental, pharmacy or physician assistant programmes (additional professional prerequisites may be required)
• Environmental and conservation careers: field biology, ecological consulting, conservation planning and natural resource management
• Science communication, policy and education: outreach, laboratory management, teaching (often with additional certification) and science policy or regulatory roles

The programme's emphasis on research experience and quantitative skills also positions graduates well for entry to graduate programmes (master’s and PhD) in biological sciences, biomedical engineering, public health and related disciplines.

Why study at Georgia Institute of Technology

Georgia Tech offers a distinctive biology education that integrates rigorous life-science teaching with strong quantitative and engineering perspectives. The institute provides plentiful undergraduate research opportunities in modern laboratories across campus and through collaborations with interdisciplinary centres, enabling close mentorship from faculty engaged in molecular, cellular, systems and ecological research.

Students benefit from access to advanced instrumentation, computational resources and partnerships with Atlanta's biotechnology, healthcare and research communities, which support internships and experiential learning. The curriculum's flexibility allows you to tailor study toward computational biology, biomedical applications or environmental science while gaining the analytical and practical skills valued by employers and graduate schools.

Overall, Georgia Tech is a good fit for students who want a biology degree that emphasises experimental practice, quantitative reasoning and interdisciplinary problem-solving within a research-intensive, technology-oriented university environment.