KTH Royal Institute of Technology

Overview

The PhD programme in Energy and Environmental Systems at KTH Royal Institute of Technology focuses on integrating engineering and interdisciplinary research to tackle sustainable energy challenges. This programme emphasizes sustainable energy systems and the interactions between energy and the environment, preparing students to contribute to the field of energy conversion, building efficiency, and energy–climate policy analysis.

What you'll study

The curriculum is structured around KTH’s research divisions in energy technology and related interdisciplinary fields.

• Heat and Power Technology
• Applied Thermodynamics
• Refrigeration and Energy Systems

PhD studies involve a combination of supervised research and doctoral-level coursework, complemented by academic development activities. Students will work closely with their supervisor(s) to create a research plan, conduct research that leads to publications, and complete the programme requirements established by KTH for third-cycle education, including the doctoral thesis and necessary seminars/examinations.

Research themes may encompass: turbomachinery, aeroelasticity, thermal energy storage, fuel cell technology, biofuels, heat pump systems, indoor climate control, heat transfer, and modeling of energy systems in buildings and districts, alongside energy and climate policy as well as sustainability and market analyses.

Entry requirements

Applicants must fulfill KTH’s general entry requirements for third-cycle studies, which can be met by candidates who have:

• obtained a second-cycle qualification, or
• acquired at least 240 credits, with a minimum of 60 credits at the second-cycle level, or
• demonstrated equivalent knowledge through other means.

Additional programme-level prerequisites, such as a relevant Master’s background, are typically evaluated during the application and supervisor matching process.

Career prospects

Graduates of the Energy and Environmental Systems PhD programme at KTH are well-prepared for a variety of career paths in academia, research institutions, and industry sectors focused on sustainable energy solutions. They may engage in roles that involve advanced research, policy analysis, or development of innovative technologies aimed at addressing global energy challenges.