Smart Renewable Energy Engineering
, second-cycle studies, Full-time studies, starting year 2025/2026
ECTS
W
C
L
P
S
Credit
Subject Card
3
-
-
-
-
-
z/e
AI Strategy
3
15
15
-
-
-
z
Sustainability of Engineering
3
15
15
-
-
-
z
Social Aspects of Engineering
3
-
30
-
-
-
z
Humanities and Social Subjects I
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
AI Strategy
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Sustainability of Engineering
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Social Aspects of Engineering
ECTS
3
Credit
assessment
Number of hours:
Exercises
30 h
6
-
-
-
-
-
z/e
Fluid Dynamics and Aeroelasticity
2
15
-
15
-
-
z
Advanced Electrical Energy Conversion
2
10
-
20
-
-
z
Soil - Structure Interaction in the Design of Support Structures
2
10
20
-
-
-
z
IT1- Artificial Intelligence and Machine Learning
2
15
-
15
-
-
z
Elective Module – Advanced
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Fluid Dynamics and Aeroelasticity
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Advanced Electrical Energy Conversion
ECTS
6
Credit
assessment
Number of hours:
Lecture
10 h
Laboratory
20 h
Soil - Structure Interaction in the Design of Support Structures
ECTS
6
Credit
assessment
Number of hours:
Lecture
10 h
Exercises
20 h
IT1- Artificial Intelligence and Machine Learning
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Team Research Project I6
6
-
-
-
-
-
z/e
Team Research Project I6
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Fundamentals of Wind Energy Engineering
6
30
-
45
-
-
e
Fundamentals of Wind Energy Engineering
ECTS
6
Credit
exam
Number of hours:
Lecture
30 h
Laboratory
45 h
Advanced Engineering Management
3
15
-
30
-
-
z
Advanced Engineering Management
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
30 h
Principles of Renewable Energy Systems
6
35
-
40
-
-
e
Principles of Renewable Energy Systems
ECTS
6
Credit
exam
Number of hours:
Lecture
35 h
Laboratory
40 h
Semester: 2 (2026/2027 - winter)
ECTS
W
C
L
P
S
Credit
Subject Card
Foreign Language
4
-
60
-
-
-
z/e
Foreign Language
ECTS
4
Credit
-
Number of hours:
Exercises
60 h
Przedmioty w module:
1
-
-
-
-
-
z/e
Negotiation Skills for Engineers
1
-
15
-
-
-
z
Professional Communication, Writing and Reporting
1
-
15
-
-
-
z
Humanities and Social Subjects II
ECTS
1
Credit
-
Number of hours:
Przedmioty w module:
Negotiation Skills for Engineers
ECTS
1
Credit
assessment
Number of hours:
Exercises
15 h
Professional Communication, Writing and Reporting
ECTS
1
Credit
assessment
Number of hours:
Exercises
15 h
6
-
-
-
-
-
z/e
Elective Modules from PUs III
6
90
-
-
-
-
z
Financial Planning and Economics of Wind Energy
2
-
30
-
-
-
z
Offshore Wind Farm Planning
2
15
-
15
-
-
z
Transport, Logistics and Offshore Processes
2
20
-
10
-
-
z
Operational Management and Maintenance of Wind Energy Systems
2
15
-
-
-
15
z
Inspection, Standards, Certification and Legislation- Aspects in Wind Energy
2
15
-
-
-
15
z
Elective Module - Interdisciplinary
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Elective Modules from PUs III
ECTS
6
Credit
assessment
Number of hours:
Lecture
90 h
Financial Planning and Economics of Wind Energy
ECTS
6
Credit
assessment
Number of hours:
Exercises
30 h
Offshore Wind Farm Planning
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Transport, Logistics and Offshore Processes
ECTS
6
Credit
assessment
Number of hours:
Lecture
20 h
Laboratory
10 h
Operational Management and Maintenance of Wind Energy Systems
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Seminar
15 h
Inspection, Standards, Certification and Legislation- Aspects in Wind Energy
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Seminar
15 h
6
-
-
-
-
-
z/e
Applied Materials in Wind Energy
2
15
15
-
-
-
z
IT2 - IoT and Cloud Computing Solutions and Services
2
30
-
-
-
-
z
Grid Integration of Wind Energy
2
15
-
15
-
-
z
Elective Modules from PUs II
6
90
-
-
-
-
z
Design of Steel and Concrete Structures for Wind Farms
2
15
15
-
-
-
z
Elective Module - Professional
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Applied Materials in Wind Energy
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
IT2 - IoT and Cloud Computing Solutions and Services
ECTS
6
Credit
assessment
Number of hours:
Lecture
30 h
Grid Integration of Wind Energy
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Elective Modules from PUs II
ECTS
6
Credit
assessment
Number of hours:
Lecture
90 h
Design of Steel and Concrete Structures for Wind Farms
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Team Research Project II
6
-
-
-
-
-
z/e
Team Research Project II
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Master Thesis I
4
-
-
-
-
30
z
Master Thesis I
ECTS
4
Credit
assessment
Number of hours:
Seminar
30 h
Measurement and Monitoring
6
30
15
15
15
-
e
Measurement and Monitoring
ECTS
6
Credit
exam
Number of hours:
Lecture
30 h
Exercises
15 h
Laboratory
15 h
Project
15 h
Semester: 3 (2026/2027 - summer)
ECTS
W
C
L
P
S
Credit
Subject Card
6
-
-
-
-
-
z/e
Advanced Engineering Computational Methods
3
-
-
45
-
-
z
Energy Storage, Methods and Installations
3
30
-
15
-
-
z
Elective Modules from PUs IV
6
90
-
-
-
-
z
Control and Automation in Wind Energy Systems
3
15
15
15
-
-
z
Elective Module - Excellence
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Advanced Engineering Computational Methods
ECTS
6
Credit
assessment
Number of hours:
Laboratory
45 h
Energy Storage, Methods and Installations
ECTS
6
Credit
assessment
Number of hours:
Lecture
30 h
Laboratory
15 h
Elective Modules from PUs IV
ECTS
6
Credit
assessment
Number of hours:
Lecture
90 h
Control and Automation in Wind Energy Systems
ECTS
6
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Laboratory
15 h
Risk Assessment, Safety and Reliability of Wind Energy Systems
6
30
30
-
15
-
z
Risk Assessment, Safety and Reliability of Wind Energy Systems
ECTS
6
Credit
assessment
Number of hours:
Lecture
30 h
Exercises
30 h
Project
15 h