The Master of Science in Energy Science and Technology (MEST) program at ETH Zurich provides a comprehensive understanding of energy production and consumption within society. It addresses critical questions about the environmental impact, reliability, economic viability, social compatibility, and resilience of energy systems. Students gain the knowledge and skills to contribute to shaping a sustainable energy future. The program offers a flexible curriculum allowing students to focus on the technical, environmental, economic, societal, or political aspects of sustainable energy. All program activities and materials are conducted in English, ensuring accessibility for international students. The MEST program is designed to equip graduates with the expertise to tackle the complex challenges of the global energy landscape.
The MEST program allows students to tailor their studies to their specific interests within the broad field of energy science and technology. Students can choose from a range of modules covering technical, environmental, economic, societal, and political dimensions of energy systems. The curriculum is structured to provide a deep understanding of current energy challenges and the development of sustainable solutions.
Graduates of the MEST program are well-prepared for a wide range of careers in the energy sector. The interdisciplinary knowledge and analytical skills acquired enable them to contribute to the development and implementation of sustainable energy solutions.
Detailed academic and language requirements can be found on the official MEST program website and in the MEST Brochure.
Tuition fees are the same for all students, regardless of nationality. Living costs are estimates and can vary.
ETH Zurich is a federal institution of the Swiss Confederation. Its Master's programs are highly regarded internationally.
Tuition fees are CHF 1,000 per semester for all students, regardless of nationality. Estimated living costs are CHF 23,000 per year.
All program activities and materials are conducted in English, making it accessible for international students.
The application period opens around September, with the application deadline on December 15. Admission decisions are typically made around March/April, and the program starts in mid-September.
A Bachelor's degree from a recognized university in a relevant field with strong academic performance is required. Specific course prerequisites may also apply.
Graduates can pursue roles such as Energy Analyst, Project Manager (Energy), Policy Advisor (Energy), Researcher in Energy Science, or Sustainability Consultant.