Energy Engineering and Science, Ph.D.

Conduct advanced interdisciplinary energy research in power systems, energy conversion, or petroleum engineering and subsurface systems.

Why earn a Ph.D. in Energy Engineering and Science at Montana Tech?

Montana Tech’s Ph.D. in Energy Engineering and Science prepares students to conduct advanced research addressing complex energy challenges. With specialization options in power systems, energy conversion, and petroleum engineering, students develop expertise across technical, environmental, economic, and policy dimensions while preparing for leadership roles in industry, government, and academia.

What is an Energy Engineer?

Energy engineers apply principles of science, mathematics, and engineering to develop, improve, and manage systems that produce, convert, distribute, and use energy. They work on technologies ranging from electric power systems and energy conversion processes to subsurface energy resources, helping address challenges related to reliability, sustainability, efficiency, and energy security.

 What Kinds of Jobs Exist in the Energy Field?

Professionals in the energy engineering field work in power systems, energy conversion, petroleum and subsurface engineering, research, consulting, and energy policy. Employers include electric utilities, engineering firms, energy producers, government agencies, national laboratories, and technology companies. Graduates often pursue leadership, research, and advanced technical roles across the energy sector.

Explore Classes in the Ph.D. in Energy and Engineering Science

As a student in Montana Tech’s Ph.D. in Energy Engineering and Science program, you’ll study energy systems fundamentals, energy policy, mathematical modeling, and advanced topics in your chosen specialization. Focus areas include power systems and technologies, energy conversion and applications, or petroleum and subsurface engineering, combined with original research and dissertation work. See more course details in Montana Tech’s academic catalog.