At Nazarbayev University, fundamental biology, biomedical research and clinical medicine develop side by side in one academic environment.
Study the processes inside the human body, investigate the mechanisms of disease and see how scientific discoveries become the foundation for diagnosis, prevention and treatment.
Work with advanced methods for studying cells, tissues, molecules and biological systems.
NU’s research infrastructure includes equipment for next-generation sequencing, flow cytometry, and electron and super-resolution microscopy. Build your skills in experimental work, scientific data analysis and independent research.
Medical education takes more than theory. It requires the ability to apply knowledge when working with patients. Students in medical programs develop clinical reasoning, communication skills and practical competencies in simulation and clinical learning environments.
Choose your own path: biological sciences, medicine, nursing, biomedicine, public health or scientific research. Nazarbayev University offers bachelor’s, master’s, medical and PhD programs.
Study the structure and function of cells, genetic processes and the molecular mechanisms that affect human health.
Learn how the body’s organs and systems are built and how they work together.
Study anatomy, physiology, the regulation of vital processes and the mechanisms that keep us healthy.
Explore what causes disease and how it is detected. In medical programs, study pathology, pharmacology, clinical diagnostics and the principles of treatment.
Work with laboratory technologies, biological molecules, cell models and modern analytical methods. Learn how scientific research is used to develop diagnostic and therapeutic approaches.
Explore how diseases spread through populations and which factors shape public health. Study epidemiology, biostatistics, prevention and methods for evaluating health programs.
Learn to analyze research findings and make decisions based on reliable evidence. Work with scientific literature, biostatistics, experimental design and methods for interpreting medical and biological data.