BS in Biophysics

4 Years On Campus Bachelors Program

Arizona State University Tempe

Program Overview

The Bachelor of Science in Biophysics at Arizona State University explores how the principles of physics, chemistry and biology work together to explain living systems, from molecular processes to entire organisms and ecosystems. With a strong emphasis on mathematics, scientific investigation and laboratory learning, the program suits students interested in biotechnology, medical research, pharmaceutical science and advanced scientific study.

Curriculum Structure

First Year: Students build a foundation in mathematics, biology, chemistry and physics. Courses such as Physics I (PHY 150), General Biology I (BIO 181) and Calculus for Engineers I (MAT 265) develop the scientific and quantitative skills needed to understand biological processes through physical principles.

Second Year: Students expand their knowledge through Physics II (PHY 151), Physics III (PHY 252) and Mathematical Methods in Physics I (PHY 201). Biology and chemistry coursework strengthens their understanding of cellular processes and chemical interactions, preparing them to explore the physical mechanisms underlying living systems.

Third Year: Students move into specialised topics such as Mechanics and Electromagnetism (PHY 312), Driving Forces in Biology (PHY 371) and Physical Chemistry I (CHM 345) or Quantum Physics I (PHY 314). These subjects help students connect physics and chemical principles with biological processes and develop a deeper understanding of interdisciplinary scientific problems.

Fourth Year: Students advance their practical and interdisciplinary knowledge through Advanced Biophysics Lab (PHY 472), From Molecules to Cells (PHY 473) and Bioethics (BIO 312). Advanced electives and potential internship opportunities allow students to strengthen their research skills and explore applications of biophysics in medicine, biotechnology and scientific research.

Focus Areas

Biophysics, molecular and cellular biology, physics, physical chemistry, biological systems, mathematical modelling, experimental science, laboratory research and biomedical applications.

Learning Outcomes

Apply physical and mathematical principles to biological systems, understand molecular and cellular processes, analyse experimental data, conduct laboratory investigations, evaluate scientific evidence, understand ethical issues in biological research and develop quantitative problem-solving skills.

Professional Alignment (Accreditation)

Arizona State University is accredited by the Higher Learning Commission. This is institutional accreditation, not a specialised professional accreditation specifically for biophysics.

Reputation (Employability Rankings)

ASU provides research-oriented learning opportunities and identifies career pathways in biotechnology, medicine, renewable energy, research and technology. The university's published career information includes potential occupations and salary estimates, but a specific employability ranking for the Biophysics BS is not stated.

Experiential Learning (Research, Projects, Internships etc.)

Arizona State University combines interdisciplinary science education with laboratory learning and opportunities for independent research. Students can develop practical skills by investigating biological systems using physics, chemistry, mathematics and experimental methods. The curriculum includes an advanced biophysics laboratory and encourages students to explore faculty research and internships where available.

Advanced Biophysics Lab (PHY 472): Develop experimental and analytical skills by investigating biophysical systems and applying scientific principles in a laboratory setting.
From Molecules to Cells (PHY 473): Explore biological organisation at molecular and cellular levels, connecting physical principles with the mechanisms of life.
Physics and Computational Skills: Build quantitative reasoning and scientific analysis skills through physics, mathematical methods and related coursework.
Independent Research: Explore opportunities to work with faculty on research projects in biophysics and related scientific disciplines, subject to availability and eligibility.
Internship Opportunities: The curriculum identifies PHY 484: Internship as an option within the upper-division study pathway, providing a potential route to professional experience.
Study Abroad: Students can explore international learning opportunities related to physics, chemistry and biology, developing cross-cultural communication and broader scientific perspectives.
Career Preparation: ASU's career resources and Handshake platform help students explore internships, employment opportunities and professional development activities.

Progression & Future Opportunities

The Bachelor of Science in Biophysics prepares students to explore careers at the intersection of biological science, physical science and medicine. Graduates can pursue opportunities in laboratory research, biotechnology, medical science and scientific analysis, while the degree also provides a foundation for professional or postgraduate education. Potential career paths include biological technician, medical laboratory technician, clinical research professional and research assistant.

Career Development Services: ASU offers career-planning resources, job-search support and access to Handshake for exploring employment and internship opportunities. Students can use these services to prepare application materials, identify relevant employers and develop their professional profiles.
Industry Applications: Biophysics knowledge can be relevant to biotechnology, pharmaceutical research, medical technology, chemical industries and scientific laboratories. Students can build on their interdisciplinary training to investigate how physical principles support biological research and healthcare innovation.
Employment Statistics and Salaries: ASU lists the following U.S. median annual salary estimates for potential career pathways: biological technician, $57,510; medical laboratory technician, $62,930; medical scientist, $103,410; and physicist, $172,250. These are occupational salary estimates, not guaranteed starting salaries or salaries specifically earned by ASU biophysics graduates. Some positions require advanced degrees, certifications or professional licences.
Research Opportunities: Undergraduate research and laboratory experience can help students prepare for research-focused employment or strengthen applications to postgraduate programs in biophysics, biology, chemistry and related disciplines.
Accreditation Value: ASU's institutional accreditation by the Higher Learning Commission supports the academic standing of the degree. It should not be confused with a specialised professional accreditation or a licence to practise in a regulated healthcare profession.
Graduation Outcomes: Graduates may pursue employment in scientific laboratories, biotechnology companies and medical research settings or continue into advanced study. Career options will depend on practical experience, technical skills, additional qualifications and the specific requirements of each position.
International Student Opportunities: The program is identified as STEM-OPT-extension eligible for qualifying international students studying through eligible in-person pathways. ASU notes that the STEM OPT extension is not available to students completing the degree through ASU Online; eligibility and immigration requirements must be checked before making employment plans.

Further Academic Progression: Graduates can pursue master's or doctoral study in biophysics, biochemistry, molecular biology, neurobiology, pharmacology, physics or related scientific fields. Students interested in medical careers may consider medical school, subject to the relevant prerequisites, entrance examinations and admission requirements. Those interested in laboratory research or biotechnology can pursue specialised postgraduate qualifications to develop advanced experimental, analytical and research skills.