brak
A graduate of the Faculty of Electronics and Telecommunications, the diploma path of Embedded Systems has knowledge in the field of testing and reliability, electromagnetic compatibility, functional safety and standards for the construction of electronic devices, computer architectures, hardware acceleration of calculations, SoC systems, real-time operating systems, communication systems, design of analog-digital mixed systems, also in the ASIC integrated form and also can: design of devices taking into account EMC requirements, quality of QoS services and functional safety (SIL), design transmission systems (antenna systems, fiber-optic networks), select communication protocols, design high-efficiency power systems, design sensor systems, is able to assess the suitability and the possibility of using new developments in the field of electronic systems and data transmission techniques to manufacture devices innovative in nature.
A graduate of the Faculty of Electronics and Telecommunications, the diploma path Networks and Services has knowledge of: methods of coding, compression and analysis of the quality of information transmission in networks and telecommunications systems, information security, cryptography and detection techniques and risk prevention, reliability standards, error diagnoses, fault location methods and testing of telecommunications network elements, multimedia interactive services and he can: design of telecommunication networks including QoS and security, design transmission systems, select communication protocols, is able to assess the suitability and the possibility of using new achievements in the field of information coding techniques, data transmission protocols and telecommunications network architectures for designing and manufacturing new telecommunications networks containing innovative solutions.
Mentor of the field of study: dr inż. Jacek Kołodziej
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Study programme determined by Resolution No. 110/2019 of the AGH UST Senate of 26 June 2019
Літній семестр, 2022/2023
Предмет | Кількість годин | Бали ECTS | Форма перевірки | |
---|---|---|---|---|
Internet of Things
|
Лекція:
15 Проектні заняття: 30 |
3 | Залік | W |
How to Manage Own Career
|
Лекція:
6 Аудиторні заняття: 24 |
3 | Залік | O |
Data transfer over IP networks
|
Лабораторні заняття:
60 Проектні заняття: 15 |
5 | Іспит | O |
Computer Aided Mathematics in Telecommunications
|
Лекція:
28 Аудиторні заняття: 14 Проектні заняття: 14 Семінарські заняття: 20 |
6 | Іспит | O |
Digital telecommunications
|
Лекція:
30 Проектні заняття: 30 |
4 | Залік | O |
Security of Information Systems
|
Лекція:
30 Лабораторні заняття: 30 |
5 | Залік | O |
Fibre Optics and Photonics
|
Лекція:
30 Лабораторні заняття: 28 |
4 | Іспит | O |
Сума | 404 | 30 |
Зимовий сместр, 2023/2024
Предмет | Кількість годин | Бали ECTS | Форма перевірки | |
---|---|---|---|---|
Optical Networks
|
Лекція:
16 Лабораторні заняття: 10 |
2 | Залік | O |
Hardware acceleration of telecommunication protocols
|
Лекція:
28 Лабораторні заняття: 28 |
4 | Залік | O |
Digital signal processing in telecommunications
|
Лекція:
30 Проектні заняття: 30 |
4 | Залік | O |
Modelling and simulation of networks and services
|
Проектні заняття:
30 Семінар: 30 |
4 | Іспит | O |
Introduction to LTE
|
Лекція:
30 Лабораторні заняття: 30 |
4 | Іспит | W |
Methodology of ICT projects
|
Проектні заняття:
30 |
2 | Залік | O |
Entrepreneurship and project management
|
Лекція:
30 |
2 | Залік | O |
Technical Foreign Language (level B+)
|
Аудиторні заняття:
30 |
2 | Іспит | O |
IET II N&S Blok obieralny sem 2
|
Сума аудиторних годин:
80 |
6 | Залік | O |
Сума | 432 | 30 |
Літній семестр, 2023/2024
Предмет | Кількість годин | Бали ECTS | Форма перевірки | |
---|---|---|---|---|
Diploma Thesis
|
Дипломна робота:
0 |
20 | Залік | O |
Diploma Seminar
|
Семінарські заняття:
28 |
4 | Залік | O |
IET II N&S Blok obieralny sem 3
|
Сума аудиторних годин:
80 |
6 | Залік | O |
Сума | 108 | 30 |