| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
Architecture of Integrated Systems
|
Laboratory classes: 30 Project work: 15 Lecture: 30 |
7 | Exam | Obligatory subjects to choose from |
|
Laboratory classes: 30 Lecture: 15 |
4 | Graded assignment | Obligatory subjects to choose from |
|
Laboratory classes: 125 Lecture: 35 |
15 | Graded assignment | Obligatory group |
|
Seminar: 10 Lecture: 15 |
2 | Graded assignment | Obligatory |
|
Project work: 20 Lecture: 10 |
2 | Graded assignment | Obligatory |
| Sum | 335 | 30 |
Study programme Electronics and Telecommunications (Applied Electronics)
A graduate of the second-cycle (Master’s) programme in Electronics and Telecommunications possesses advanced competences in the fields of modern electronics, telecommunications, and computer science, and is familiar with current development trends in these areas of science and technology. The graduate is particularly prepared for advanced design of electronic circuits, various modern microprocessor systems, and wireless communication systems, as well as for advanced programming in the field of computational intelligence.
They have well-developed soft skills, particularly in planning and organizing teamwork, as well as in communication and the presentation of achieved results. The acquired education enables them to undertake employment of a diverse nature in companies operating in the electronics, telecommunications, ICT, and IT sectors, as well as in other related fields. Such work may involve both engineering design and research and development activities. Owing to their preparation for further independent learning, the graduate is قادر of managing their own professional development and/or undertaking third-cycle (doctoral) studies.
Chair of the Programme Board: dr inż. Krzysztof Tomalczyk
View full programme description
The programme was approved by Senate Resolution No.100/2025 of 17 December 2026.
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Project work: 30 Lecture: 10 |
4 | Graded assignment | Obligatory subjects to choose from |
Microassembly Technology
|
Project work: 30 Lecture: 10 |
4 | Graded assignment | Obligatory subjects to choose from |
Equipment Design and Materials Engineering
|
Project work: 30 Lecture: 10 |
4 | Graded assignment | Obligatory subjects to choose from |
|
Laboratory classes: 30 Lecture: 10 |
4 | Graded assignment | Obligatory subjects to choose from |
|
Laboratory classes: 30 Lecture: 10 |
4 | Graded assignment | Obligatory subjects to choose from |
|
Tutorials: 30 |
2 | Graded assignment | Obligatory |
|
Laboratory classes: 30 Project work: 30 Lecture: 20 |
8 | Graded assignment | Obligatory group |
| The student chooses 1 module | ||||
|
Laboratory classes: 30 Project work: 30 Lecture: 20 |
8 | Graded assignment | Optional |
CAD Tools for Electronics and Microelectronics
|
Laboratory classes: 30 Lecture: 10 |
4 | Graded assignment | Obowiązkowe w bloku |
Flexible Electronics
|
Project work: 30 Lecture: 10 |
4 | Graded assignment | Obowiązkowe w bloku |
|
Laboratory classes: 30 Project work: 30 Lecture: 20 |
8 | Graded assignment | Optional |
Measurement-control and PLC systems
|
Laboratory classes: 30 Lecture: 10 |
4 | Graded assignment | Obowiązkowe w bloku |
Flexible Optoelectronics
|
Project work: 30 Lecture: 10 |
4 | Graded assignment | Obowiązkowe w bloku |
| Sum | 310 | 30 | ||
| Course | Number of hours | ECTS points | Form of verification | Obligatory |
|---|---|---|---|---|
|
Project work: 45 |
4 | Exam | Obligatory subjects to choose from |
Diploma Seminar
|
Seminar: 30 |
2 | Exam | Obligatory |
Diploma Thesis
|
Diploma Thesis: 0 |
20 | Pass | Obligatory subjects to choose from |
Internship
|
Internship: 0 |
4 | Pass | Obligatory |
| Sum | 75 | 30 |