Bachelor of Arts in Biotechnology (B.A.)

4 Years On Campus Bachelors Program

Indiana University Bloomington

Program Overview

The B.A. in Biotechnology at Indiana University Bloomington combines biotechnology with business, communication and life-science applications, making it particularly suitable for students interested in pharmaceutical sales, marketing, technical writing or data-focused roles rather than exclusively laboratory research. Students build knowledge across molecular biology, microbiology, biotechnology, chemistry, statistics, healthcare and the life-science industry, with the flexibility to combine biotechnology with Biology, Chemistry or Biochemistry.

Curriculum Structure

Year 1: Students establish their scientific foundation through subjects such as CHEM-C 117 Principles of Chemistry and Biochemistry Lecture and CHEM-C 127 Principles of Chemistry and Biochemistry Laboratory, alongside mathematics and foundational biology coursework. These subjects prepare students for the molecular and biotechnology-focused study that follows.

Year 2: Students progress into core life-science concepts through BIOL-L 211 Molecular Biology and BIOL-M 250 Microbiology, while beginning to connect scientific knowledge with biotechnology applications. The curriculum also introduces biotechnology-focused study through BIOT-T 301 Seminar in Biotechnology and BIOT-T 310 Biotechnology Lecture.

Year 3: Students develop applied biotechnology and professional knowledge through BIOT-T 315 Biotechnology Laboratory, BIOT-T 312 Societal Issues in Biotechnology, and BIOT-T 322 Biotechnology Writing and Communication. Laboratory work uses a problem-based approach to biotechnology applications such as gene cloning, while communication coursework develops scientific writing, presentations, technical documents and study protocols.

Year 4: Students deepen their understanding of biotechnology through BIOT-T 440 Structure, Function, and Regulation of Biomolecules, while business-oriented coursework such as BUS-X 418 Life Sciences Global Events and Trends and BUS-X 419 The Life Sciences Industry from Research to Patient connects biotechnology knowledge with the commercial life-science environment. Students can also study healthcare through SPEA-H 352 Healthcare Finance I or SPEA-H 432 Health Care Marketing.

Focus Areas

Biotechnology, molecular biology, microbiology, life-science business, pharmaceutical sales, marketing, technical writing, biotechnology communication, healthcare and data specializations.

Learning Outcomes

Students develop scientific knowledge of biotechnology, practical laboratory experience, scientific and technical communication skills, an understanding of societal issues in biotechnology, and awareness of how biotechnology moves from research toward commercial and patient applications.

Professional Alignment (Accreditation)

Institutional accreditation: Indiana University Bloomington is accredited by the Higher Learning Commission (HLC), which states that accreditation supports recognition, transferability and continuous academic quality improvement. Program-specific accreditation: A specialized professional accreditation for the B.A. in Biotechnology is not stated on the official IU program or accreditation pages.

Reputation (Employability Rankings)

Official program-specific employability ranking: Not stated by Indiana University for the B.A. in Biotechnology. IU does report that the university's Kelley Direct Online MBA was ranked highly for employability by QS, but that ranking applies specifically to the MBA and should not be presented as a ranking of the Biotechnology B.A.

Experiential Learning (Research, Projects, Internships etc.)

The B.A. in Biotechnology at Indiana University Bloomington gives students opportunities to move beyond lectures and develop practical biotechnology skills through laboratory courses, research experiences and industry-connected learning. Students can work with techniques such as gene cloning, recombinant DNA technology, molecular genetics and protein analysis, while IU Bloomington also provides opportunities to join faculty-led research projects and present or publish undergraduate research.

Practical learning opportunities include:

Biotechnology Laboratory: BIOT-T 315 Biotechnology Laboratory uses a problem-based approach to gene cloning, including work with industrially important enzymes, protein purification and analysis.
Fermentation Experience: BIOT-T 270 Alcohol and Food Fermentation provides coursework focused specifically on fermentation applications.
Research Projects: BIOT-T 500 Project Lab in Biotechnology allows students to design and execute supervised research projects using biochemistry, molecular biology, genetics and cell biology techniques.
Team-Based Research: IU Bloomington provides undergraduate research opportunities where students work alongside faculty, graduate students and peers while earning academic credit.
ASURE Research: The ASURE Biotechnology Research Lab provides selected students with guided research experience connected to ongoing faculty research; the sequence includes BIOT-X 325 ASURE Biotechnology Research Lab 2.
Molecular Techniques: Biotechnology coursework can involve gene cloning, transformation, mutation, bacterial recombination, molecular cloning, restriction mapping and recombinant-DNA techniques.
Scientific Communication: Biotechnology students develop oral and written scientific communication skills, including technical presentations, scientific publications, standard operating procedures and study protocols.
Industry Exposure: BIOT-T 301 Seminar in Biotechnology has featured outside speakers from the biotechnology industry discussing current research, career opportunities and internship possibilities.
Internship Experience: IU offers biotechnology-specific experiential options such as BIOT-X 371 Undergraduate Teaching Internship in Biotechnology, where students assist faculty with undergraduate biotechnology teaching and prepare a reflective essay.
Research Facilities: IU Bloomington has extensive life-sciences research infrastructure, including laboratories and instrumentation facilities supporting innovative research and discovery.
Libraries & Digital Resources: Students have access to the Life Sciences Library in the Biology Building and the Herman B Wells Library, along with online research resources.
Industry-Focused Projects: IU's Center for the Business of Life Sciences offers interdisciplinary student projects involving real life-sciences organizations; examples include developing a business plan for a medical innovation, with industry speakers from companies such as AbbVie, Baxter, Boston Scientific, Cook Medical, Elanco and Eli Lilly.

Progression & Future Opportunities

The Bachelor of Arts in Biotechnology at Indiana University Bloomington combines rigorous science with business, communication, and industry-focused preparation, making it particularly suitable for students interested in non-research biotechnology careers such as pharmaceutical sales, marketing, technical writing, and data specialization. Students study biological mechanisms, molecular biology, biotechnology applications, scientific communication, biomolecules, product development, regulation, and the business side of the life-sciences industry.

Curriculum Structure

Year 1: Students establish their scientific foundation through BIOL-L 112 Foundations of Biology: Biological Mechanisms and BIOT-T 105 Introduction to Biotechnology, exploring biological systems alongside the science, history, business, legal dimensions, and applications of biotechnology. They also begin developing the chemistry background required for the major through CHEM-C 117 Principles of Chemistry and Biochemistry I.

Year 2: Students move into molecular-level biotechnology with BIOL-L 211 Molecular Biology, studying DNA and RNA, gene expression, recombinant DNA, plasmids, and related technologies. They also begin the program's industry-facing component through BIOT-T 301 Seminar in Biotechnology, where industry speakers discuss current developments, career opportunities, internships, and biotechnology career paths.

Year 3: Students develop deeper biotechnology knowledge through BIOT-T 310 Biotechnology Lecture, covering gene cloning, protein engineering, genomics, proteomics, and bioinformatics, alongside BIOT-T 315 Biotechnology Laboratory, where problem-based laboratory work includes gene cloning and protein purification. BIOT-T 322 Biotechnology Writing and Communication then builds skills in scientific presentations, publications, figures and tables, and industrial-style documents such as standard operating procedures.

Year 4: Students connect biotechnology with commercial and regulatory practice through options such as BIOT-T 412 Product Development, Regulation, and Commercialization in Biotechnology, which examines scientific, regulatory, legal, manufacturing, medical, and marketing considerations in bringing biotechnology products to market. BIOT-T 440 Structure, Function, and Regulation of Biomolecules adds applied study of biomolecules in pharmaceutical and biotechnology industries, while practical electives can include advanced laboratory or ASURE Biotechnology Research Lab 2 experiences.

Focus areas: Molecular biology, biotechnology applications, genomics, proteomics, bioinformatics, biotechnology communication, product development, regulation and commercialization, life-sciences business, and biotechnology-related societal issues.

Learning outcomes: Students develop scientific knowledge of biotechnology, practical understanding of biotechnology applications, scientific and industrial communication skills, problem-solving abilities, and an understanding of how biotechnology products move from research toward commercialization.

Professional alignment (accreditation): The official Indiana University program pages do not state a specific professional accreditation for the Biotechnology B.A.; therefore, no program-specific accreditation is claimed here. The curriculum is explicitly designed around the needs of life-science businesses and includes industry, regulatory, commercialization, communication, and business-oriented coursework.

Reputation (employability rankings): Indiana University Bloomington reports strong institutional recognition, including No. 34 among U.S. public universities in the 2026 U.S. News Best Colleges rankings. The university does not publish a specific QS or U.S. News employability ranking for the Biotechnology B.A., so no program-specific ranking is stated.