Kaunas University of Technology

Overview

The Energy Technologies and Economics program at Kaunas University of Technology provides students with a comprehensive understanding of sustainable energy solutions through a blend of engineering and economic analysis. This 24-month full-time course empowers learners to design, evaluate, and implement innovative energy technologies, addressing the challenges of modern energy systems.

What you'll study

The curriculum integrates essential knowledge of energy technology with key economic principles, management strategies, and practical modelling techniques. Core learning components include:

• Energy systems and sustainability: Fundamentals of energy generation, conversion, and system planning.
• Renewable energy technologies: In-depth exploration of solar, wind, and other renewable options, including their performance and integration into existing systems.
• Energy efficiency and optimisation: Strategies to enhance efficiency in buildings, industries, and energy networks.
• Energy economics and regulation: Understanding cost–benefit analysis, energy markets, policy instruments, and regulatory frameworks.
• Modelling and simulation: Tools and methodologies for analyzing energy scenarios and predicting impacts.
• Research methods and applied project work: Preparation for a thesis or capstone project through hands-on research and practical experience.

Entry requirements

To be eligible for the program, applicants typically need:

• A minimum average grade of 0.9 (CGPA) from a Bachelor's degree program lasting at least 180 ECTS.
• A motivation letter and participation in an online interview.
• Additional points may be considered based on specific criteria.

Career prospects

Graduates of the Energy Technologies and Economics program are well-prepared for various roles within the energy sector. Potential career paths include positions in energy management, policy analysis, renewable energy project development, and consultancy. The program's emphasis on practical experience and research equips students with the skills needed to contribute effectively to sustainable energy solutions globally.