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Faculty of Computer Science, Electronics and Telecommunications

ELECTRONICS AND TELECOMMUNICATIONS

A graduate of the Faculty of Electronics and Telecommunications has knowledge in the field of digital processing and analysis of signals, operating systems, virtualization, programming (Assembler, VHDL, C, C ++, Java, Python), creating web and network applications (also for mobile devices), simulation and design of analogue and digital electronic circuits, radio and fibre optic devices, programming of microprocessors and embedded systems, measurements and validation of devices in the real work environment, signal transmission techniques, Internet networks, mobile networks, Wi-Fi networks, operator networks, network organization and administration rules, communication protocols, traffic engineering, creating virtual networks and cloud computing, network devices (routers, switches, firewalls) and data security.
A graduate of these studies can design electronic systems based on specialized analogue
and digital integrated circuits, processors and programmable devices, design network systems designed for various transmission channels and types of data transferred, use measurement tools (arbitrary generators, oscilloscopes, protocol testers, spectrum analysers, measuring cards) and software tools in the process of building electronic and network devices, configure devices (routers, switches, firewalls, virtual networks) and communication protocols in local and wide telecommunications networks, carry out computer simulations of electronic circuits and services
in networks, administrate computer networks and diagnose problems of their operation, implement algorithms and build own programs for mobile devices, embedded systems, create websites and network applications, lead projects with planned and agile methods.
The studies allow to undertake education at the second degree studies in the field of Electronics and Telecommunications on one of two diploma paths: Embedded Systems or Networks and Services. Graduates of this course successfully continue their education also in related fields such as ICT or Computer Science studies.

Mentor of the field of study: dr inż. Jacek Kołodziej

View full description of the field of study

Study programme determined by Resolution No. 110/2019 of the AGH UST Senate of 26 June 2019

Winter semester, 2022/2023

Subject Number of hours ECTS points Form of verification
Algebra
Lecture: 30
Auditorium classes: 30
5.0 Exam O
Information Technology
Lecture: 24
Project classes: 10
3.0 Assessment O
Mathematical Analysis 1
Lecture: 45
Auditorium classes: 45
6.0 Exam O
Methodology and Programming Techniques 1
Lecture: 28
Laboratory classes: 28
5.0 Exam O
Circuits Theory 1
Lecture: 20
Auditorium classes: 28
5.0 Assessment O
Physics 1
Lecture: 34
Auditorium classes: 28
6.0 Exam O
Physical Education 1
Physical Education: 30
- Assessment O
  • O - Obligatory
  • W - Elective

Summer semester, 2022/2023

Subject Number of hours ECTS points Form of verification
Circuits Theory 2
Lecture: 20
Auditorium classes: 14
Laboratory classes: 14
5.0 Exam O
Mathematical Analysis 2
Lecture: 30
Auditorium classes: 30
4.0 Exam O
Electronic Metrology
Lecture: 18
Laboratory classes: 14
3.0 Assessment O
Electronic Devices
Lecture: 28
Laboratory classes: 28
5.0 Exam O
Methodology and Programming Techniques 2
Lecture: 14
Laboratory classes: 28
4.0 Assessment O
Probability Theory and Statistics
Lecture: 20
Auditorium classes: 14
3.0 Assessment O
Physical Education 2
Physical Education: 15
- Assessment O
Physics 2
Lecture: 36
Auditorium classes: 28
Laboratory classes: 26
6.0 Exam O
Foreign Languages
Foreign language classes: 30
- O
  • O - Obligatory
  • W - Elective

Winter semester, 2023/2024

Subject Number of hours ECTS points Form of verification
Computational Techniques
Lecture: 14
Laboratory classes: 14
Project classes: 10
4.0 Assessment O
Digital Electronics and Programmable Devices
Lecture: 42
Auditorium classes: 14
Laboratory classes: 28
5.0 Exam O
Signals and Systems
Lecture: 24
Auditorium classes: 24
4.0 Exam O
Simulation Techniques
Lecture: 14
Laboratory classes: 14
Project classes: 10
3.0 Assessment O
Physical Education 3
Physical Education: 15
- Assessment O
Analogue Electronic Circuits 1
Lecture: 28
Auditorium classes: 28
Laboratory classes: 15
Project classes: 9
5.0 Exam O
Introduction to Telecommunications
Lecture: 28
Laboratory classes: 14
3.0 Exam O
Foreign Languages
Foreign language classes: 45
- O
Economic subjecty
Lecture: 28
Auditorium classes: 14
3.0 O
  • O - Obligatory
  • W - Elective

Summer semester, 2023/2024

Subject Number of hours ECTS points Form of verification
Digital Signal Processing
Lecture: 24
Laboratory classes: 28
5.0 Exam O
Optoelectronics
Lecture: 24
Laboratory classes: 14
3.0 Assessment O
Analogue Electronic Circuits 2
Lecture: 24
Laboratory classes: 15
Project classes: 9
5.0 Exam O
Microprocessor Technology 1
Lecture: 14
Laboratory classes: 14
Project classes: 8
4.0 Assessment O
Computer Networks
Lecture: 24
Laboratory classes: 28
5.0 Exam O
Operating Systems
Lecture: 24
Laboratory classes: 28
Project classes: 8
4.0 Assessment O
Foreign languages ​​- course with exam
Foreign language classes: 60
5.0 O
Humanistic subject
Lecture: 28
Project classes: 8
2.0 O
  • O - Obligatory
  • W - Elective

Winter semester, 2024/2025

Subject Number of hours ECTS points Form of verification
Microprocessor Technology 2
Lecture: 14
Laboratory classes: 14
Project classes: 14
4.0 Exam O
Telecommunication Networks and Systems
Lecture: 24
Laboratory classes: 14
Project classes: 10
5.0 Exam O
Computer Measurement Systems
Lecture: 18
Laboratory classes: 14
2.0 Assessment O
Design Laboratory
Project classes: 28
3.0 Assessment O
Object-Oriented Programming Language
Lecture: 24
Laboratory classes: 14
Project classes: 14
4.0 Assessment O
Integrated Circuits and Systems
Lecture: 20
Laboratory classes: 24
4.0 Assessment O
RF Electronics
Lecture: 24
Laboratory classes: 24
5.0 Exam O
Basics of mechanics and technical drawing
Lecture: 14
Laboratory classes: 14
3.0 O
  • O - Obligatory
  • W - Elective

Summer semester, 2024/2025

Subject Number of hours ECTS points Form of verification
Diploma Laboratory
Project classes: 14
3.0 Assessment O
Wireless Techniques and Systems
Lecture: 14
Laboratory classes: 24
5.0 Exam O
Professional practice
Practical placement: 0
4.0 Assessment O
IET-1-s Elective block E1
Total number of contact hours: 82
9.0 O
IET-1-s Elective block T1
Total number of contact hours: 163
9.0 O
  • O - Obligatory
  • W - Elective

Winter semester, 2025/2026

Subject Number of hours ECTS points Form of verification
Diploma Seminar
Seminars: 14
3.0 Assessment O
Final Project
Diploma Thesis: 0
15.0 Assessment O
Compendium of Electronics and Telecommunications
Seminars: 14
3.0 Assessment O
IET-1-s Elective block E2
Total number of contact hours: 38
3.0 O
IET-1-s Elective block T2
Total number of contact hours: 74
6.0 O
  • O - Obligatory
  • W - Elective