Carnegie Mellon University

Overview

The Master of Science in Energy Science, Technology and Policy at Carnegie Mellon University equips students with the essential technical and policy skills to tackle contemporary energy challenges. This multidisciplinary program delves into the intricacies of energy systems, the deployment of innovative technologies, and the influence of policy decisions on energy outcomes.

What you'll study

The curriculum is designed to offer a comprehensive blend of foundational knowledge and practical, policy-oriented learning. Students engage in a combination of core courses, electives, and hands-on projects or capstone experiences that address real-world energy issues.

Typical learning components

• Energy foundations: Fundamental concepts in energy systems and technologies.
• Technology & deployment: Insights into the development, integration, and scaling of energy technologies.
• Policy and regulation: Analytical tools to assess the impacts of policies, incentives, and governance structures.
• Systems and modelling: Methods for evaluating trade-offs and the performance of energy systems.
• Data and decision support: Utilizing data-driven approaches to guide energy and climate-related decisions.
• Applied study / project work: Engaging in case-based or project-based learning to tackle current energy challenges.

Entry requirements

While specific GRE, GMAT, or GPA cut-off requirements for this program may not be publicly available, admission decisions are generally based on the applicant's academic background and the overall strength of their application.

Career prospects

Graduates of the M.Sc. in Energy Science, Technology and Policy are well-prepared for a variety of career paths in the energy sector. Potential roles may include positions in energy policy analysis, technology development, sustainability consulting, and research within governmental agencies, non-profit organizations, or private industry. The program's focus on both technical and policy aspects equips students to make significant contributions to the evolving energy landscape.