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Photo of Dr. Carin Wittnich and students.

Undergraduate Education

Dr. Scott Heximer and student

Physiology explores how the human body works, from cells and tissues to entire organ systems. Students develop a deep understanding of health, disease, and human function while gaining the analytical and research skills needed for careers in healthcare, research, and biotechnology.

Why Study Physiology?

Understand human health
Learn how biological systems work together to maintain health and respond to disease.
Gain research experience
Work alongside leading researchers at one of the world’s top research-intensive universities.
Build a strong foundation
Prepare for both research and course-based graduate studies as well as professional programs such as medicine, dentistry, pharmacy, nursing, and other health professions.
Develop transferrable skills
Strengthen your analytical, quantitative, and scientific problem solving abilities.

Areas of Study

Explore topics such as:

  • Cardiovascular & Renal Physiology

  • Metabolism

  • Reproduction & Development

  • Respiratory Physiology

  • Neuroscience & Sensory Systems

  • Membrane Physiology

  • Regulatory Peptides

  • Theoretical Physiology

 

Where Can a Physiology Degree Take You?

Research & Healthcare Professions

  • Graduate studies

  • Research institutes

  • Teaching and education

  • Medicine

  • Dentistry

  • Pharmacy

  • Nursing

  • Allied health professions

Industry & Government

  • Biotechnology

  • Commercialization & entrepreneurship

  • Pharmaceutical development

  • Government laboratories

  • Health policy and regulation

  • Scientific communications

Dr. Scott Heximer and student

Complementary Areas of Study

Students often combine Physiology with courses in:

  • Biochemistry

  • Chemistry

  • Computer Science

  • Mathematics

  • Physics

  • Statistics