B.Sc. Telecommunications
Warsaw University of Technology
Key Information
Campus location
Warsaw, Poland
Languages
English
Study format
On-Campus
Duration
8 semesters
Pace
Full time
Tuition fees
EUR 3,900 / per semester *
Application deadline
15 Jul 2024
Earliest start date
01 Oct 2024
* non-EU tuition | 6030 zł for EU students
Introduction
Faculty of Electronics and Information Technology
Bachelor of Engineering in Telecommunications
The field of study encompasses information technology, control, robotics, electronics, and telecommunications.
The program covers a great variety of subjects from diverse technology fields. The first two years are common for students of Telecommunications and Computer Science programs and constitute the area of Information and Communications Technology.
Graduates of the Telecommunications specialization are prepared for jobs related to the design of digital telecommunication circuits, digital processing of telecommunication signals (coding and compression of speech and image signals, digital modulations, redundant coding), design and operation of telecommunication (transmission, commutation and data communication) systems, as well as the design of telecommunications (telephone, data-communication, and integrated networks). Students acquire the ability to solve system problems that require comprehensive knowledge in the areas of telecommunications and computer science, combined with considerable nonengineering knowledge.
Admissions
Curriculum
Examples of modules
- Algorithms & Programming
- Circuits & Systems
- Computer Systems
- Telecommunications
- Signal Processing & Coding in Telecommunications
- Wireless Systems and Networks
- Access and Backbone Systems and Networks
- Cryptography and Information Security
- Switching and Routing
- Communication Protocols
- Satellite Communication Systems
Program Outcome
Graduates from the Telecommunications specialization are prepared for jobs related to the design of digital telecommunication circuits, digital processing of telecommunication signals (coding and compression of speech and image signals, digital modulations, redundant coding), design and operation of telecommunication (transmission, commutation, and data-communication) systems, as well as the design of telecommunications (telephone, data-communication, and integrated networks). Graduates acquire the ability to solve system problems that require comprehensive knowledge in the areas of telecommunications and computer science, combined with considerable non-engineering knowledge. They are prepared for the jobs offered by the operators of telecommunication and data-communication systems, as well as jobs related to the operation of modern telecommunication equipment and systems offered by other companies.
Career Opportunities
Graduate profile - job opportunities
The graduate can:
- design radio, television, and electroacoustic equipment, both for studios and general use, as well as to design radio location and radio navigation systems;
- process images and sounds and design multimedia systems with particular attention paid to Internet applications;
- create specialized software used in the telecommunications sector;
- design systems and networks of wire telecommunications (telephone, data transfer, and integrated systems) as well as mobile systems (including satellite ones) and manage their operation;
- create infrastructure supporting the management of telecommunications networks and services which combine various specialized IT systems.
Career opportunities
- Operators of landline and mobile networks
- Suppliers of services and manufacturers of telecommunications equipment and software
- TV broadcasters and producers; radio broadcasters and recording studios
- Telecommunications and IT departments of banks, state administration, and other large companies
- Research and implementation centers of the world’s telecommunications concerns
- Small telecommunications and IT companies