Master of Engineering in Energy Systems Engineering (Project)

Energy Systems Engineering introduces the technologies that are committed to climate action by developing renewable energy resources such as solar, wind, hydro, geothermal, biomass and nuclear energy. Sustainable energy systems generate, convert, distribute, store, and utilize energy in exhaustively mitigating greenhouse gas emissions. The curriculum provides fundamental knowledge and hands-on experiences in designing, developing, and managing sustainable energy systems.

You also have the option to focus on Energy Transportation and Storage, developing expertise in energy distribution, conversion, and storage systems critical to meeting growing energy demands. This option covers CO₂, hydrogen, and natural gas–hydrogen blend transportation, piping design and materials, pipeline integrity management, pressure vessel design, and materials for energy conversion and storage. The curriculum also integrates machine learning for energy systems and materials optimization, supported by advanced computing and automation.