Programme profile

Multi-energy Systems is a new, unique second-cycle (Master’s) degree programme designed to prepare specialists for the design, analysis, and optimization of modern energy systems based on multiple energy carriers. It combines topics from conventional and renewable energy, energy storage, power engineering, district heating, and gas systems. 
The programme is offered in two parallel modes of study:

• Systemy Multienergetyczne (in Polish),
• Multi-energy Systems (in English).

Key topics

• Integration of energy systems
• Computational methods in multienergy systems
• Renewable energy sources
• Nuclear energy
• Power engineering and hydropower
• District heating and gas systems in multienergy systems
• Optimization of multienergy systems
• Energy storage
• Energy efficiency and conservation
• PBL (Project-Based Learning) project carried out in cooperation with industry

Why choose this programme?

• A new programme addressing current energy transition challenges
• Career opportunities in rapidly growing renewable energy and energy storage sectors
• Skills in modelling and analysing complex energy systems
• Competencies essential for low-emission energy systems and smart grids
• Preparation for collaboration with industry
• Study visits and field classes at energy facilities

Skills you will gain

• Integration of district heating, gas, and power systems
• Integration of renewable energy sources with transmission and storage systems
• Assessment of energy and environmental efficiency
• Analysis of energy data and development of forecasting models
• Planning and optimization of multienergy systems

Career prospects

• Design offices, companies, and enterprises in the energy, renewable energy, and energy storage sectors
• Operators of power, district heating, and gas networks
• Technology and consulting companies
• Research and development sector and energy laboratories
• Public administration and institutions responsible for energy transition

Why pursue a Master’s degree?

Flexible study structure
The timetable allows you to combine studies with professional work:

• The programme lasts only 3 semesters
• On-site classes take place a maximum of 3 days per week
• Some lectures are delivered using distance learning methods and techniques

Higher earnings
Graduates of second-cycle (Master’s) studies in Environmental Engineering at Warsaw University of Technology earn higher salaries than first-cycle (Bachelor’s) graduates

Greater independence
Master’s graduates are more often employed in specialist and managerial positions

Schedule