| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Tutorials: 90 Lecture: 30 |
8 | Exam | Obligatory |
|
Tutorials: 15 Laboratory classes: 15 Lecture: 15 |
4 | Exam | Obligatory |
|
Laboratory classes: 15 Lecture: 30 |
3 | Graded assignment | Obligatory |
|
Tutorials: 15 Project work: 30 Lecture: 15 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 15 |
3 | Graded assignment | Obligatory |
|
Laboratory classes: 45 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 45 Project work: 15 |
4 | Graded assignment | Obligatory |
| Sum | 450 | 30 |
Study programme Smart Building Control Systems
The Bachelor’s degree program in Intelligent Building Control Systems (SSIB) provides students with knowledge and practical skills in specialized subjects, enabling them to undertake innovative initiatives related to an eco-friendly approach to urban and building design using building control systems and related solutions. Graduates gain knowledge of development trends and significant technological achievements. They are able to use appropriately selected research methods, as well as programming methods and environments, to design and program advanced Building Automation Control Systems (BACS), Building Management Systems (BMS), energy monitoring and management systems (EMS), and energy-efficient solutions with interoperable databases and digital twin technology. During their studies, students have the opportunity to participate in research and development work, including studies of phenomena related to energy conversion and use, as well as environmental quality. The curriculum ensures that graduates:
- possess the qualifications required to perform design and experimental work,
- be prepared to work in technology and R&D centers of specialized domestic and international companies,
- be able to undertake a wide variety of professional roles based on their education,
- promote the principles of sustainable development.
During their studies, students will be prepared to implement new technologies and design innovative solutions and systems.
The bachelor’s program will equip graduates with the competencies required to hold managerial positions in companies, as well as to run their own businesses, enabling them to take on work and challenges wherever advanced building technologies, modern tools, and solutions in electrical automation, communications, and information and communication technologies are used, issues related to environmental engineering and energy efficiency in construction.
Due to the interdisciplinary nature of the program, graduates will easily collaborate with installers, designers, technologists, architects, electricians, civil engineers, computer scientists, and other specialists, actively functioning in project teams within both the private and public sectors. Graduates of the bachelor’s program will be prepared to engage in engineering practice and to continue their education in a master’s program.
Chair of the Programme Board: dr inż. Mareiusz Jabłoński
The programme was approved by Senate Resolution No.52/2026 of 1 April 2026.
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Tutorials: 60 Lecture: 30 |
6 | Graded assignment | Obligatory |
|
Laboratory classes: 30 E-learning: 15 |
4 | Graded assignment | Obligatory |
|
Tutorials: 30 Laboratory classes: 15 Lecture: 15 |
5 | Exam | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
5 | Exam | Obligatory |
Physical Education 1
|
Tutorials: 30 |
- | Pass | Obligatory |
|
Tutorials: 30 |
2 | Graded assignment | Obligatory group |
| The student chooses 1 module | ||||
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
| Sum | 435 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Laboratory classes: 45 Lecture: 30 |
5 | Exam | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Exam | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 15 |
3 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Laboratory classes: 15 Project work: 15 E-learning: 15 |
4 | Graded assignment | Obligatory |
|
Tutorials: 30 |
2 | Graded assignment | Obligatory group |
| The student chooses 1 module | ||||
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
Physical Education 2
|
Tutorials: 30 |
- | Pass | Obligatory |
| Sum | 435 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Project work: 15 Lecture: 15 |
3 | Graded assignment | Obligatory |
|
Laboratory classes: 45 Lecture: 15 |
5 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
5 | Graded assignment | Obligatory |
|
Project work: 15 Lecture: 15 |
2 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Exam | Obligatory |
|
Laboratory classes: 15 Project work: 30 Lecture: 30 |
5 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 30 |
4 | Graded assignment | Obligatory |
|
Tutorials: 30 |
2 | Graded assignment | Obligatory group |
| The student chooses 1 module | ||||
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
|
Tutorials: 30 |
2 | Graded assignment | Optional |
Physical Education 3
|
Tutorials: 30 |
- | Pass | Obligatory |
| Sum | 435 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Laboratory classes: 15 Project work: 15 Lecture: 30 |
3 | Graded assignment | Obligatory |
|
Laboratory classes: 15 Project work: 45 Lecture: 30 |
5 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Lecture: 15 |
2 | Graded assignment | Obligatory |
|
Laboratory classes: 15 Project work: 30 |
2 | Graded assignment | Obligatory |
|
Tutorials: 30 |
3 | Exam | Obligatory |
| The student chooses 1 module | ||||
|
Tutorials: 30 |
3 | Exam | Obligatory |
|
Tutorials: 30 |
3 | Exam | Obligatory |
|
Tutorials: 30 |
3 | Exam | Obligatory |
|
Tutorials: 30 |
3 | Exam | Obligatory |
|
Laboratory classes: 90 Lecture: 45 |
15 | Graded assignment | Obligatory group |
| The student chooses 3 subjects. | ||||
The Use of Digital Twins in Building Installations
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
Building and Industrial Building Automation Control Systems
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
Integration of Automation Building Systems
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
|
Laboratory classes: 30 Lecture: 15 |
5 | Graded assignment | Optional |
| Sum | 405 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Project work: 90 Lecture: 15 |
8 | Graded assignment | Obligatory subjects to choose from |
|
Project work: 15 Lecture: 30 |
3 | Graded assignment | Obligatory |
|
Project work: 45 Lecture: 30 |
4 | Graded assignment | Obligatory |
Internship
|
Internship: 0 |
6 | Pass | Obligatory |
|
Total number of contact hours: 90 |
9 | Graded assignment | Obligatory group |
| The student chooses 3 subjects. | ||||
Integration of Virtual Power Plant Systems for Building Resources
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
AI in Building Energy Management – Prediction and Optimization of Energy Consumption
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Carbon Footprint Monitoring and Analytics Systems
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Energy-Efficient Buildings – Control and Regulation
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
|
Laboratory classes: 30 |
3 | Graded assignment | Optional |
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
| Sum | 315 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Tutorials: 30 |
2 | Graded assignment + exam | Obligatory |
|
Tutorials: 15 Seminar: 15 |
2 | Graded assignment | Obligatory |
|
Tutorials: 15 Laboratory classes: 15 |
2 | Graded assignment | Obligatory |
|
Laboratory classes: 45 Lecture: 45 |
9 | Graded assignment | Obligatory group |
| The student chooses 3 subjects. | ||||
Adaptive Systems in the Workplace
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Health and Indoor Air Quality (IAQ) – Monitoring and Control
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Systems that Activate Entities and Residents
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Smart Systems for the Elderly
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Catalytic Air Systems in a Healthy Society
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
E-healthy Society – Monitoring and Inference Systems
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
|
Laboratory classes: 15 Lecture: 15 |
3 | Graded assignment | Optional |
Final Project
|
Diploma Thesis: 0 |
15 | Pass | Obligatory subjects to choose from |
| Sum | 180 | 30 | ||