HEAD OF “TECHNOLOGY OF EDUCATION” OFFICE
Monika Badeva
Phone: +359 (0) 889 73 9612
Email: monika.badeva@epubg.eu
HEAD OF PROGRAM
Ivan Petkov
Phone: +359 (0) 87 8126 190
Email: ivan.petkov@epubg.eu
Program Description
The specialty of Hydrogen Technologies falls under the professional direction 5.4. Energetics. The primary objective of this program is to nurture well-educated engineers with excellent prospects for professional growth in the dynamic and fast-developing field of energetics, particularly focusing on contemporary energy techniques, Renewable Energy Sources, and Energy Efficiency.
Graduates of this program will be equipped to work as constructors, designers, consultants, experts, entrepreneurs, scholars, lecturers, and representatives in state, municipal administrations, and non-governmental organizations. They will face the challenge of a constantly changing natural and economic landscape, striving to make energy affordable, safe, and ecologically sustainable, while ensuring energy efficiency and sustainability.
The Master’s program in Hydrogen Technologies is an applied discipline for students specializing in Green Energetics. The course covers the basic aspects of hydrogen utilization as a fuel. The curriculum focuses on the hydrogen cycle, including the transformation of solar energy into electricity through the photolysis of water into hydrogen and oxygen, as well as the storage of hydrogen for various applications. The program also includes discussions on essential parameters of hydrogen cells, different models of fuel cells, and their various modifications. Additionally, students will receive comprehensive information on technological, technical, ecological, and economic aspects of hydrogen energetics, along with the legislation and standards related to hydrogen technologies.
Successful graduates will be proficient in:
- Basic knowledge in the machine-building area and technologies.
- Profound knowledge of energy conversion and its application in the implementation of Renewable Energy Sources, considering both the fundamental nature and technical aspects.
- Excellent engineering abilities to plan and exploit hydrogen as fuel.
- A solid scientific background.
- Modern technologies for the production and use of hydrogen fuels.
- The specific characteristics of hydrogen management.
- Knowledge of European policies and standards.
- Methods for defining and implementing energy strategies, business plans, programs, and projects.
Successful Graduates will be able to:
- Apply engineering solutions to problematic aspects in the area of hydrogen technologies, utilizing appropriate methods of modeling, simulation, and optimization for various applications.
- Analyze and evaluate renewable and conventional energy source systems and exploitation projects from an energy, economic, and construction perspective, conducting research in the area of hydrogen technologies.
- Collaborate effectively within interdisciplinary and international teams, considering specific political and economic conditions.
- Apply theoretical knowledge and practical experience to solve real-world problems.
- Formulate goals, strategies, and action plans, as well as develop programs and projects.
- Participate in the development of company, regional, and national energy strategies.
- Foster valuable partnerships with local and international stakeholders in Bulgaria and abroad.
- Efficiently plan and organize their own careers.
- Independently utilize diverse scientific and practical information sources
Expected career opportunities for graduates:
Graduates of the Master’s Program in “Hydrogen Technologies” are highly sought-after experts in a well-paid sector. They can pursue careers as professionals in various fields of energetics, particularly within the sphere of Renewable Energy Sources and Energy Efficiency, including roles such as:
- Designers and constructors of hydrogen energy systems.
- Energy efficiency advisers and consultants in related companies.
- Scientists and lecturers.
- Representatives in state and municipal administrations and non-governmental organizations.
- Private entrepreneurs.
Course organization and assessment system:
The course of studies places a special emphasis on project development and implementation. Projects will involve collaboration with leading representatives from the economy, industry, crafts, administration, and government. This approach enables students to gain practical experience and skills from the early stages of their studies.
Moreover, students are encouraged to participate in international student exchange programs, offering research and lecturing opportunities. The European Polytechnical University maintains effective partnerships with other universities in Europe and the US to facilitate such exchanges.
Career opportunities:
- Designers and constructors of hydrogen energy systems.
- Energy efficiency advisers and consultants in related companies.
- Scientists and lecturers.
- Representatives in state and municipal administrations and non-governmental organizations.
- Private entrepreneurs.
