Biomedical engineering is an interdisciplinary graduate program that culminates in a master's degree and/or Ph.D.
The highly interactive program offers a wide range of study options dealing with contemporary biophysics, cancer, cell biology, chemical biology, immunology, insect biochemistry, microbiology, pharmacology and plant biology.
Students will learn principles of physiology and pharmacology and are given opportunities to integrate this information in problem solving scenarios.
Our nationally recognized degree programs in civil and environmental engineering give you a chance to work with top faculty in world-class research facilities.
Computer science concentrates on theory, design, and applications of digital computers and information-processing techniques.
The goal of the School of Medicine is to graduate students who are knowledgeable, caring, skillful, responsible physicians capable of entering any specialty training program and delivering high quality health care to the individual, the family and the community.
A combined M.D./Ph.D. degree program is offered with majors in biochemistry, biomedical engineering, cellular and molecular biology, pharmacology and physiology.
Ecology, Evolution and Conservation Biology is an interdisciplinary doctoral program bringing together faculty and students from multiple departments and institutions at the University of Nevada, Reno, the Desert Research Institute and the Great Basin Institute.
Electrical engineering students learn about sensors, circuits, energy systems and more. At the bachelor's degree level, students can pursue an emphasis in either biomedical engineering or renewable energy.
The Environmental Sciences and Health Graduate Program (ES&H) is based on the tenet that graduate education in the environmental sciences requires an interdisciplinary approach encompassing the fields of chemistry, biology, ecology, physics, and human health.
The Geo-Engineering Ph.D. is an interdisciplinary degree that combines studies from the Department of Mining Engineering and Department of Geological Sciences, with applications in mine ventilation, mine environmental, reclamation, remediation and restoration studies, mine automation and robotics, rock mechanics, drilling and blasting, materials handling, ore reserve characterization, geostatics and mineral economics.
The Department of Geography emphasizes the study of landscape change and human-environment interactions in arid and mountainous environments. Coursework emphasizes the integration of human and physical geography and encourages the use of geospatial technologies (GIS, remote sensing, and cartography).
The Geophysics program provides coursework that examines the physical traits of the Earth and explores its interactions with space. Aspects of geophysics includes the study of the Earth’s magnetic and gravitational fields, volcanism, the hydrological cycle, atmospheric studies and interactions with the Moon and other celestial bodies.
Programs in the History Department offer the student understanding in the scholarly discipline of history through the expansion of historical knowledge, the comprehension of historiography, and the practice of critical inquiry. Framing the questions that define particular scholarly debates underlies critical analysis of primary and secondary sources. Students gain exposure to these questions in course work and demonstrate their familiarity with them in comprehensive examinations. Through the department's skills-based curriculum, history majors learn how to think and write like historians. History faculty teach students to think contextually, read historical documents, and become better researchers and writers.
As the challenges facing our court systems mount, it is essential that the judiciary be equipped for transition. At the forefront of this movement is the highly successful Judicial Studies Program at the University of Nevada, Reno, one of only two such programs offered nationwide. The program offers a Master of Judicial Studies and a Ph.D.
Materials science and engineering includes elements from a variety of engineering disciplines. Graduating students are at the forefront of developing and testing materials that can stand up to extreme environments or outperform existing materials. Students utilize state-of-the-art characterization tools such as chromatographs, electron microscopes, and spectrometers to study these materials.
Mechanical engineering is one of the broadest engineering disciplines, and our graduates are versatile problem solvers. They learn to communicate effectively, design mechanical systems and find creative answers to real-world problems.