Biology: Biomedical Sciences Emphasis Bachelor of Science

4 Years On Campus Bachelors Program

University of Arizona

Program Overview

The B.S. in Biology – Biomedical Sciences Emphasis at the University of Arizona is a great choice for students interested in understanding how the human body works, how diseases develop, and how biological research contributes to healthcare. The program combines core biology with subjects such as anatomy, physiology, biochemistry, genetics, and molecular biology, while giving students a strong foundation for careers in biomedical research, medicine, and other health-related fields.

Curriculum Structure

Year 1:

Students start by building a solid foundation in biological and chemical sciences alongside mathematics and general education. Courses such as MCB 181R/L – Introductory Biology I and Lab and ECOL 182R/L – Introductory Biology II and Lab introduce fundamental biological concepts and laboratory skills, while introductory chemistry and mathematics support further scientific study.

Year 2:

Students develop a deeper understanding of the chemical processes that support living systems and begin progressing into more advanced biology. Courses such as CHEM 241A/243A – Organic Chemistry I and CHEM 241B/243B – Organic Chemistry II strengthen their understanding of organic compounds and chemical reactions, while additional biology courses continue to develop their knowledge of biological systems.

Year 3:

The focus moves toward more advanced biological and biomedical concepts, with students exploring how genes, molecules, cells, and physiological processes work together. Courses such as ECOL 320 – Genetics and BIOC 384 – Foundations of Biochemistry help students understand genetic inheritance, biochemical processes, and the molecular basis of biological functions, supported by upper-level biology and physiology electives.

Year 4:

In the final year, students complete advanced coursework and choose upper-division electives that allow them to explore areas that match their interests and career goals. Options can include physiology, genetics, cellular and molecular biology, microorganismal biology, and other biological sciences, helping students prepare for graduate study, medical school, biomedical research, or other health-related pathways.

Focus Areas:

Biomedical sciences, anatomy and physiology, biochemistry, genetics and genomics, cellular and molecular biology, microbiology, evolutionary biology, biomedical research, health sciences, medical sciences

Learning Outcomes:

Understand biological systems from the molecular and cellular level through whole organisms, apply biological and chemical principles to biomedical questions, develop knowledge of anatomy and physiology, understand genetic and biochemical processes, strengthen laboratory and scientific research skills, analyze and interpret biological information, communicate scientific concepts effectively, prepare for biomedical research and health-profession pathways

Professional Alignment (Accreditation):

The University of Arizona does not list a separate professional accreditation specifically for the B.S. in Biology – Biomedical Sciences Emphasis. However, the program provides a strong academic foundation for students planning careers or further study in biomedical research, medicine, pharmacy, dentistry, optometry, public health, and other health-related professions.

Reputation (Employability):

The program provides a broad scientific foundation that can support a variety of career and further-study pathways. University of Arizona graduates have progressed into areas including medical and clinical research, healthcare, pharmacology, biomedical engineering, forensic science, medicine, pharmacy, optometry, dentistry, and public health.

Experiential Learning (Research, Projects, Internships etc.)

The B.S. in Biology – Biomedical Sciences Emphasis at the University of Arizona gives students opportunities to take their learning beyond lectures and develop practical skills through laboratory work and biological research. Students can work with faculty researchers, explore biomedical topics, gain experience with laboratory techniques and genomic analysis, and take part in research programs that allow them to investigate real scientific questions.

Students can build practical experience through:

Independent faculty research: Students can work with faculty members in research laboratories and contribute to ongoing projects in areas related to biomedical science, genetics, infectious diseases, medicine, and other biological disciplines.
Undergraduate Biology Research Program (UBRP): Students can take part in mentored research within a biological research laboratory. The program can include a full-time summer research experience followed by part-time research during the academic year, with opportunities to present research findings at the Annual UBRP Conference.
Evidence-based medicine: ECOL 379 – Evidence Based Medicine gives students practical exposure to clinical research concepts. Students learn about randomized clinical trials and Bayesian reasoning and design their own clinical trials, with at least one student-designed trial conducted by the class.
Genomics and computational analysis: ECOL 326 – Genomics introduces students to modern approaches for studying genomes and provides opportunities to use web-based computational tools for genome analysis.
Laboratory-based coursework: Students develop hands-on laboratory skills through courses such as MCB 181L – Introductory Biology I Lab, ECOL 182L – Introductory Biology II Lab, CHEM 243A – Organic Chemistry Lab I, CHEM 243B – Organic Chemistry Lab II, and ECOL 302 – Ecology with Lab.
Biomedical research projects: Students can explore research areas connected to biomedical science, including topics such as infectious diseases, antimicrobial research, cancer genetics, and technologies related to human health.
Research presentations: Undergraduate research opportunities allow students to communicate their findings through research presentations, helping them develop scientific communication skills alongside their laboratory and analytical abilities.
Interdisciplinary research: The program benefits from the University of Arizona's broad research environment, with Ecology and Evolutionary Biology faculty collaborating with nearly 60 different units across the university. This creates opportunities to explore connections between biology, medicine, agriculture, environmental science, and other fields.
Research laboratories: Students can gain experience in faculty-led research laboratories and develop practical skills using biological, laboratory, and computational approaches relevant to biomedical research.
Professional research preparation: By combining laboratory coursework with research opportunities, students can develop experience that is useful for future careers in biomedical research and for applications to medical, graduate, and other health-profession programs.

Facilities and research resources: Students can make use of University of Arizona research laboratories, undergraduate research programs, and faculty-led research opportunities across biological and biomedical fields.

Progression & Future Opportunities

The B.S. in Biology – Biomedical Sciences Emphasis at the University of Arizona gives students a strong foundation for careers in biomedical research, healthcare, and other health-related fields. It is also a particularly useful pathway for students planning to continue into medicine or professional health programs, while research-focused students can use the degree as a foundation for advanced study.

Typical career roles include: Biomedical Research Assistant, Clinical Research Coordinator, Laboratory Technician, Biological Scientist

Students can strengthen their career prospects through a range of opportunities at the University of Arizona:

Career and research support: University resources help students discover research opportunities, connect with faculty, develop research skills, and prepare for graduate or professional programs.
Undergraduate Biology Research Program: The Undergraduate Biology Research Program gives students the opportunity to work with faculty mentors in biological research laboratories. Students can gain practical research experience, develop professional skills, and present their findings at the Annual UBRP Conference.
Paid research experience: Eligible students can gain paid research experience through UBRP, including full-time summer research followed by opportunities to continue their work part-time during the academic year.
Biomedical research opportunities: Students can participate in research connected with areas such as cancer, genetics, infectious diseases, and other biomedical topics, allowing them to apply their biological knowledge to real-world health challenges.
Research training and mentoring: The MARC Program supports eligible students interested in biomedical research through research training, faculty mentoring, professional development, graduate-school preparation, and financial support.
International research experience: Students with relevant research experience may have opportunities to participate in international summer research through programs such as BRAVO!, gaining experience working with researchers in an international setting.
Industry and professional preparation: The combination of laboratory training, research experience, and biomedical coursework can help graduates prepare for employment in research laboratories, healthcare organizations, biotechnology, and related life-science sectors.
Graduation outcomes: The Biomedical Sciences emphasis is particularly suited to students progressing toward medicine and other health professions. Graduates can also pursue pathways related to pharmacy, dentistry, optometry, public health, and biomedical research.
Employment and salary information: The University of Arizona provides graduate outcome and wage information at the university level, but it does not publish a specific employment rate or salary figure for graduates of this particular Biology emphasis. Therefore, a program-specific salary figure should not be assumed.
Accreditation and long-term value: The University does not list a separate professional accreditation specifically for this B.S. emphasis. The program's long-term value comes from its strong biological and biomedical foundation and its preparation for medical, health-profession, research, and graduate-study pathways.

Further Academic Progression: After completing the B.S., students can continue into medical school and other professional health programs, including pharmacy, dentistry, optometry, and public health. Students interested in research can pursue master's or Ph.D. programs in areas such as biomedical sciences, biology, genetics, physiology, biochemistry, and related disciplines, using their undergraduate research experience as a strong foundation for advanced study.