Master in Environmental Engineering, Specialisation Intelligent Energy for Environmental Protection (MSc)
Częstochowa, Poland
DURATION
3 Semesters
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
30 Nov 2025
EARLIEST START DATE
Feb 2026
TUITION FEES
EUR 1,200 / per semester *
STUDY FORMAT
On-Campus
* plus additional non-refundable 85 PLN (approx. 21 EUR) recruitment fee
Key Summary
Introduction
Graduates of this specialization will be prepared to use innovative methods and techniques in the areas of renewable sources of energy and enforce them in environmental protection. Graduates will be given opportunities to widen their knowledge and skills in the use of new, effective technologies of renewable sources of energy in order to take care of the natural environment.
Admissions
Curriculum
Year I
Semester 1
- Training on Safe and Hygienic Conditions of Education
- Computer Modelling of Environmental Processes
- Creativity and Innovative Thinking
- Instrumental Methods in the Environment
- Intelligent Heating, Ventilation and Air Conditioning
- Renewable Energy Sources
Elective Course
- Intelligent Technologies in Environmental Engineering
- Social Acceptance of RES
Elective Course
- New Technologies in Water and Wastewater Treatment
- Biomass Harvesting and Utilization
Elective Course
- Waste For Material and Energy Recovery
- Waste Management in the Power Industry
Semester 2
- Atmosphere Protection and Flue Gas Cleaning
- Business and Innovation in Environmental Protection
- Carbon Management in the Environmental Processes
- Energy Conversion Technologies
- History of Inventions
Elective Course
- Industrial Wastewater Technologies
- Wastewater Treatment Processing Design – Project
Elective Course
- Management of Energy Conversion Byproducts and Energy Efficiency
- Waste Heat Management and Energy Efficiency
Elective Course
- Phytoremediation by Energetic Plants
- Protection of Soil from Environmental Impact
Elective Course
- Strategies for the International Protection of the Environment
- Circular Economy in the Environment
Year II
Semester 3
- Biochar for Advanced Polygeneration
- Diploma Project
- Diploma Seminar
- Interpersonal Communication
- Smart Cities
Program Outcome
- Proficiency in designing, implementing, and managing renewable energy systems such as solar, wind, hydro, and bioenergy to promote sustainable energy use and reduce environmental impact
- In-depth knowledge of environmental protection technologies and practices, including pollution control, waste management, and remediation techniques to mitigate environmental damage
- Ability to assess and improve energy efficiency in various systems and processes, promoting sustainable practices and reducing energy consumption
- Understanding of environmental laws, regulations, and standards, ensuring that energy and environmental projects comply with legal and regulatory requirements