Acquired competences and knowledge enables the Masters of the programme in Electrical Power Engineering to establish new companies providing electrical power services, implement strategic energy projects, perform research, design, production technological work at supply, management, planning and strategic departments of the companies of electrical engineering and other industrial areas, design new energy facilities at design organisations, scientific research institutes and laboratories.

The Master + model offers either to masterpiece in the chosen discipline by choosing the Field Expert track or to strengthen the interdisciplinary skills by choosing the Interdisciplinary Expert track emphasising managerial skills or a choice of a different competence to compliment the chosen discipline and achieve a competitive advantage in one’s career.

Values:

Strong area of research:

• Strong engagement in research in the fields of sustainable environment of ergonomic systems, micro-networks and intelligent electrical power systems, energy transducers, etc.

Close collaboration with industrial partners:

• Outstanding links with local electrical power industry (Litgrid, Lietuvos energija, ESO) for cooperative placement, collaborative research and employment.

Master+:

• Master+ model offers either to masterpiece in the specialization or to strengthen managerial/interdisciplinary skills by choosing individual set of competencies required for career.

Discover Europe with Erasmus+:

• Choose from a variety of European cities for your Erasmus+ studies. Experience diverse cultures, languages, and academic environments while gaining invaluable international experience. Seize the opportunity to broaden your horizons and make unforgettable memories with Erasmus+.

Programme structure:

System management
Control and management of energy balance
Assurance of system’s stability
Evaluation and assurance of system’s reliability

Design of energy facilities and equipment
Design of electrical power transfer and distribution equipment
Design of relay protection and automation equipment
Design of solar, wind, hydro and other kinds of power plants

Installation and maintenance of equipment
Installation, adjustment and commissioning of relay protection, automation and management systems
Maintenance of equipment for relay protection, automation and management systems
Installation and supervision of information collection and management systems

Design, installation and operation of energy converters
Design, installation and maintenance of solar power plants and wind turbines
Design of lighting equipment
Installation and operation of energy converters

Career opportunities:

Student’s competences:

• Knowledge of qualitative and quantitative principles of operating modes, organization and management of energy systems;
• Analysis of new and sustainable principles of electricity generation, transmission and distribution technologies and assessment of the possibilities of their use;
• Identification and assessment of energy problems, provision of solutions;
• Design and management of energy systems, efficient use of renewable energy sources for generation, transmission and use of electricity and thermal energy.

Student’s skills:

• Able to plan and manage energy economy of distribution networks and companies, design and operate electricity and thermal energy supply systems and solve financial tasks;
• Able to make engineering decisions assessed in terms of ethics, social norms, environmental protection and safety;
• Able to manage various technological processes and technical systems of energy system.

You may become:

• Electrical engineering specialist;
• Electronical engineering specialist;
• Electrical engineering specialist;
• Engineering specialist;
• Electrical mechanic and electrician;
• Power plant operator.