Bachelor of Arts in Molecular, Cellular, and Developmental Biology

4 Years On Campus Bachelors Program

University of Kansas

Program Overview

The B.A. in Molecular, Cellular, and Developmental Biology at the University of Kansas provides a broad understanding of biological systems from the molecular and cellular levels through whole organisms, with study spanning genetics, cell biology, developmental biology, cancer biology, and neurobiology. It suits students interested in biological research, human health and disease, biotechnology, or further professional and graduate study, with advanced electives allowing students to develop deeper knowledge in selected areas.

Curriculum Structure

First Year: Students establish their biological and scientific foundation through BIOL 150: Principles of Molecular and Cellular Biology, BIOL 152: Principles of Organismal Biology, and BIOL 154: Introductory Biology Lab for STEM Majors. They also begin CHEM 130: General Chemistry I, CHEM 135: General Chemistry II, and MATH 115/125: Calculus I, building the chemistry and quantitative background required for advanced biological study.

Second Year: Students move into more specialized biological and chemical study with BIOL 350: Principles of Genetics, BIOL 370: Introduction to Biostatistics, and BIOL 412: Evolutionary Biology. CHEM 330: Organic Chemistry I and CHEM 331: Organic Chemistry I Laboratory further develop the chemical knowledge needed to understand biological processes at the molecular level.

Third Year: The curriculum advances into cellular, developmental, biochemical, and physical aspects of biology through BIOL 416: Cell Structure and Function, BIOL 417: Biology of Development, and BIOL 600: Introductory Biochemistry, Lectures. Students also complete PHSX 114: College Physics I and PHSX 115: College Physics II, connecting physical principles with biological systems.

Fourth Year: Students specialize through upper-level courses such as BIOL 435: Introduction to Neurobiology, BIOL 595: Human Genetics, BIOL 672: Gene Expression, BIOL 680: Genomics, or BIOL 688: The Molecular Biology of Cancer. The degree concludes with a laboratory capstone—BIOL 405: Laboratory in Genetics or BIOL 426: Laboratory in Cell Biology—along with 400-level Molecular, Cellular & Developmental Biology electives.

Focus areas: Genetics, cell biology, developmental biology, evolutionary biology, neurobiology, human genetics, gene expression, genomics, cancer biology, biochemistry, and molecular and cellular biology.

Learning outcomes: Students learn to explain genetic variation and evolutionary change, describe how genetic information influences gene expression and biological responses, connect biological structure with function, understand interactions across biological scales, apply the scientific method, communicate scientific arguments and research results, and use quantitative, statistical, mathematical, and informatics tools to interpret biological claims.

Professional Alignment (Accreditation): The official University of Kansas program information does not state a separate professional or disciplinary accreditation specifically for the B.A. in Molecular, Cellular, and Developmental Biology. The program instead emphasizes laboratory and field experience, a biology capstone, scientific communication, quantitative analysis, and ethical research practices.

Reputation (Employability Rankings): The official KU program and department pages do not publish a specific QS, Guardian, or other employability ranking for the B.A. in Molecular, Cellular, and Developmental Biology; therefore, no program-specific employability ranking is stated here. KU does identify MCDB as an in-person bachelor's program within its undergraduate degree portfolio.

Experiential Learning (Research, Projects, Internships etc.)

Students in the B.A. in Molecular, Cellular, and Developmental Biology (MCDB) gain practical scientific experience through laboratory courses, independent research, and faculty-mentored projects. The curriculum includes dedicated laboratory capstone options such as BIOL 405: Laboratory in Genetics and BIOL 426: Laboratory in Cell Biology, while KU also provides undergraduate research opportunities across molecular biology, genetics, developmental biology, cancer biology, and neurobiology.

Students can build hands-on experience through:

Laboratory capstone: Students complete a BIOL 405: Laboratory in Genetics or BIOL 426: Laboratory in Cell Biology capstone, applying experimental methods to molecular and cellular biology.
Independent research: KU Biology provides opportunities to work directly with faculty mentors on undergraduate research projects, helping students develop research and professional skills.
Research projects: Students pursuing Departmental Honors complete an independent research project with a KU faculty mentor; projects may involve laboratory, field, computational, or literature studies.
Computational research: KU undergraduate researchers use computational approaches and tools; for example, an MCDB student in the Hileman Lab uses evolutionary statistical modeling and molecular techniques in research.
Research facilities: MCDB research at KU is supported by specialized facilities and equipment including microscopy and imaging, biomolecular NMR, protein production, protein structure/crystallography, high-throughput screening, mass spectrometry, genome sequencing, bioinformatics, and computational modeling.
Haworth Hall: The principal biology facility, Haworth Hall, houses laboratories, classrooms, an auditorium, a greenhouse, and an electron microscope, providing a strong environment for biological teaching and research.
Cross-disciplinary research: MCDB researchers collaborate with the KU Medical Center, School of Pharmacy, Ecology & Evolutionary Biology, and Center for Bioinformatics, creating opportunities to connect molecular biology with biomedical and computational research.
Undergraduate research community: The Kansas Research Collective helps undergraduate students learn about research opportunities, funding, research careers, and faculty research experiences.
Internship experience: KU Biology students have access to experiential internship opportunities; a recent example is the Tribal Health Experiential Internship Seminar (THESIS), an eight-week virtual public-health research internship involving a recent MCDB graduate.
Honors research: Eligible MCDB students can pursue Departmental Honors, which combines advanced academic work with a substantial faculty-mentored research project and BIOL 699: Divisional Honors Research Colloquium.

Progression & Future Opportunities

The B.A. in Molecular, Cellular, and Developmental Biology gives graduates a foundation for careers involving molecular biology, cell biology, genetics, biotechnology, biomedical research, and health-related fields. KU’s MCDB program also provides a direct academic pathway into advanced study, with KU offering both an M.S. and Ph.D. in Molecular, Cellular, and Developmental Biology.

Career roles: Research Assistant, Biological Technician, Laboratory Technician, Biotechnology Associate.

Career and employment support: KU provides biology students with academic and career advising, research-lab openings, internship resources, and access to the University Career Center; Handshake provides job, internship, career-event and employer-interview opportunities, while Interstride supports international students seeking jobs and internships in the U.S.
Research opportunities: KU Biology provides undergraduate research resources including research lab openings, departmental honors, and the Aligning STEM Trainees for Enterprising Research (ASTER) program, allowing students to build experience beyond classroom study.
Industry and government connections: KU Biology states that its Undergraduate Biology Program has strong professional ties in industry and government, creating a broader environment for career exploration and professional networking.
Employer connections: KU employers can participate in career fairs, Handshake job and internship postings, on-campus interviews, local or virtual events, and direct student messaging, giving graduates structured access to recruiting opportunities.
Employment statistics: The official KU MCDB undergraduate sources reviewed do not state a specific employment rate or graduate salary figure for the B.A. in MCDB; therefore, no program-specific percentage or salary is provided.
Industry environment: KU reports $275.4 million in externally funded research, 3,900+ federally funded research employees, and an $53.8 million annual KU Innovation Park payroll, illustrating the university's wider research and innovation ecosystem.
Professional accreditation: The official B.A. in MCDB information does not state a separate professional or disciplinary accreditation for the undergraduate degree. KU's institutional accreditation is separate from a professional accreditation for this major.
Graduation outcomes: Graduates can move into biological and biotechnology-related employment or continue into advanced scientific and professional education. KU's MCDB graduate community supports research pathways spanning cell biology, genetics, genomics, developmental biology, cancer biology, and neurobiology.
Graduate research progression: KU's Molecular Biosciences graduate program reports that its graduates have progressed to postdoctoral fellowships, assistant professor positions, and careers in industry, demonstrating established postgraduate pathways within the department.

Further Academic Progression: After the B.A., students can apply for KU's M.S. in Molecular, Cellular, and Developmental Biology, which includes advanced study in areas such as Cell Biology, Mechanisms of Development, Advanced Genetics, and Gene Expression. Students seeking research-intensive careers can also progress to KU's Ph.D. in Molecular, Cellular, and Developmental Biology, where training includes advanced coursework, laboratory research, scientific writing, research presentations, and dissertation research.