MBA Renewables Distance-Learning Study Programme
MBA Renewables is the first and only distance-learning MBA programme focusing on renewable energy and energy efficiency. The international study programme has been jointly offered by Berliner Hochschule für Technik (BHT) and the Renewables Academy since 2011. This part-time programme includes online modules as well as the opportunity to complete a master’s thesis over the course of 2.5 years.
Join other professionals from all over the world in this programme and gain economic, technical, legal, political, and organisational expertise tailored to the specific needs of emerging renewable energy markets. This highly regarded MBA programme will help you to enhance your career prospects.
- Interdisciplinary: MBA Renewables brings content and approaches from different disciplines together to provide students with the necessary skills to develop a career in renewable energy markets.
- International: MBA Renewables students work and live in more than 50 countries.
- Excellent career prospects: The programme prepares graduates to embark on a wide range of career paths in the field of renewable energy, including pursuing opportunities in the private sector, in public organisations, in financial institutions, and providing consultant services, among others.
- Flexible: Study at any time and from any location.
- Practical: One-week, on-campus time with practical exercises, field trips, and chances to network with peers.
- Accredited: Foundation for International Business Administration Accreditation
- Comprehensive expertise: The Berliner Hochschule für Technik (BHT) Distance Learning Institute is a leader in distance education in Germany. RENAC is a globally operating expert on renewable energy and energy efficiency training, and serves as a bridge between students and the industry.
MBA Renewables is open to graduates from all fields of study. The study programme has been developed for professionals with at least two years of work experience who want to pursue management positions in renewable energy and energy efficiency industries.
