Telecommunications Engineering
Bachelor's degree
In Vilnius (Lithuania)
Description
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Type
Bachelor's degree
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Location
Vilnius (Lithuania)
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Duration
4 Years
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Start date
Different dates available
When the internet connection is lost and it is impossible to perform daily tasks - to read news, make a banking transaction, write an e-mail, when there's no access to the favourite social networking site - the world seems to stop spinning.
The aim of the telecommunications engineer is to prevent the above mentioned failures and to secure the data flow over communication channels, i.e.to prevent the Internet failures, despite any load, and to prevent a specific website from being hacked. No matter, whether we read news, write an-email, or make online transactions.
This study programme is designed to prepare specialists, who create and administrate modern information networks data transfer.
The world goes crazy about IT, and often is mislead by the idea that IT specialist is a programmer. However, programmers occupy only a part of IT market. The equally important part of the market is occupied by telecommunications engineers - IT networks developers and supervisors.
The Telecommunications Engineering study programme is aimed at preparation of specialists, who are able to design, exploit and develop modern information and telecommunication infrastructure (data centers networks, internet service provider networks, modern mobile systems networks, enterprise networks of various size, etc.), design software and hardware equipment for modern electronic connection devices, also, systems that control advanced telecommunication networks.
A telecommunications engineer may be compared with a police officer, who controls the traffic in case of the traffic lights failure in order to avoid traffic jams. Telecommunications business manages, supervises and ensures an uninterrupted work of various systems.
Telecommunications engineers are invisible guards of the modern world. These are people, who remain unnoticed by many, but manage the Internet and are responsible for the full life of the modern world.
Facilities
Location
Start date
Start date
About this course
Knowledge of modern telecommunications technologies, information technologies, electronics;
The ability to create, apply, investigate electronic, informational and telecommunications technologies;
The ability to create, manage and apply data transfer networks, protocols and systems;
Knowledge of cloud computing, programming, electronics, management, economics basics and their application;
The ability to supervise, create both individual companies and global telecommunications networks data centers.
A high profile telecommunications specialist;
A specialist able to make career at technology centers, such as „Barclays IT“, SEB IT, „Western Union IT“, „CSC Telecom“, „Luminor“;
A specialist at large telecommunications operator companies, such as „Telia Lietuva“, „Bitė Lietuva“, „Tele2“, Lithuanian Radio and Television Center;
A specialist at both Lithuanian and foreign telecommunications manufacturers, such as „Huawei“, „Ericsson“, „Cisco“, „Teltonika“, „WiliBox“ ir pan.;
A specialist at the advanced connection technologies public and private providers, governmental institutions IT departments;
Secondary, advanced or any other corresponding education
Reviews
Subjects
- Law
- IT Law
- Market
- Networks
- Internet
- Transmission systems
- Telecommunications
- Telecommunications engineering
- Design
- Economics
- Systems
- Engineering
- Communication Training
- Programming
- Telecommunication
Course programme
Course title
- Introduction to Telecommunication Engineering
- General Physics
- Engineering and Computer Graphics
- Procedural Programming
- Linear Algebra and Differential Calculus
- Philosophy
- Ethics
- Public Communication
Course title
- Electrical Engineering
- Computer Logic
- Databases
- Chemistry
- Applied Physics
- Object-Orentied
- Programming
- Integrals, Differential Equations and Series
Course title
- Mechatronic Equipment
- Fundamentals of Electronics
- Script Programming
- Mathematical Analysis and Probability theory
- Economics
- English Language
- German Language
- French Language
Course title
- Electronic Devices
- Computer Architecture
- Internet Protocol Essentials
- Telecommunication Practice
- Economics of enterprises (with course work)
- Management
- Speciality English Language
- Speciality German Language
- Speciality French Language
Course title
- Digital Devices
- Theory of Electromagnetic Field
- Signals and Systems
- Telecommunications Theory
- Digital Signal Generation and Processing
- Telecommunications Theory
- Digital Signal Generation and Processing
- Digital Devices
- Theory of Electromagnetic
- Field
- Signals and Systems
- Telecommunications Theory
- Digital Signal Generation and Processing
- Embedded Systems
- Mobile Applications
- Digital Devices
- Theory of Electromagnetic Field
- Signals and Systems
- Telecommunications Theory
- Digital Signal Generation and Processing
- Embedded Systems
- Mobile Applications
- Digital Devices
- Theory of Electromagnetic Field
- Signals and Systems
- Telecommunications Theory
- Digital Signal Generation and Processing
- Telecommunications Theory
- Digital Signal Generation and Processing
- Digital Devices
- Theory of Electromagnetic Field
- Signals and Systems
- Telecommunications Theory
- Digital Signal Generation and Processing
- Telecommunications Theory
- Digital Signal Generation and Processing
Course title
- Human Safety
- Microcontrollers Systems
- Telecommunication Technologies
- Information
- Transmission Systems
- Software of Telecommunication Systems
- Information Transmission Systems
- Human Safety
- Microcontrollers
- Systems
- Telecommunication Technologies
- Information Transmission Systems
- Software of Telecommunication
- Systems
- Information Transmission Systems
- Human Safety
- Microcontrollers Systems
- Telecommunication Technologies
- Information Transmission Systems
- Software of Telecommunication Systems
- Information Transmission Systems
- Human Safety
- Microcontrollers Systems
- Telecommunication Technologies
- Information
- Transmission Systems
- Software of Telecommunication Systems
- Information Transmission Systems
- Human Safety
- Microcontrollers Systems
- Telecommunication Technologies
- Information Transmission Systems
- Software of Telecommunication Systems
- Information Transmission Systems
Course title
- Bachelor Graduation Thesis 1
- Telecommunication Systems
- Professional Practice
- Data Networks
- Bachelor Graduation Thesis 1
- Professional Practice
- Internet of Things Applications
- Data Networks
- Bachelor Graduation Thesis 1
- Professional Practice
- Internet of Things Applications
- Data Networks
- Bachelor Graduation Thesis 1
- Telecommunication
- Systems
- Professional Practice
- Data Networks
- Bachelor Graduation Thesis 1
- Professional Practice
- Data Networks
- Telecommunications Management
Course title
- Internet Service Provider Networks
- Telecommunication Systems and its Management
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Specific Purpose Language Culture
- Law
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Integrated Services Networks and Cloud Technologies
- Telematics Systems
- Specific Purpose Language Culture
- Law
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Integrated Services Networks and Cloud Technologies
- Telematics Systems
- Specific Purpose Language Culture
- Law
- Internet Service Provider Networks
- Telecommunication Systems and its Management
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Specific Purpose Language Culture
- Law
- Bachelor Graduation Thesis 2
- Bachelor Graduation Thesis 3
- Telecommunications Networks, Services and Business Models
- Specific Purpose Language Culture
- Telekommunication Economics and Finance
- Law
Telecommunications Engineering