Telecommunications Engineering

Description

Study programme aims:

Prospective study programme results:

Application of knowledge

• Z1. Knowledge of the mathematics: concepts and principles in mathematics; differential and integral calculus, differential equations, linear algebra, numerical analysis, probability theory, statistics.
• Z2. Fundamental knowledge about the nature, its phenomenon and their quantitate aspects.
• Z3. Knowledge of the fundamentals of general technological sciences.
• Z4. Knowledge about materials used in telecommunication engineering and their properties.
• Z5. Fundamental knowledge in the study field of electronics and electrical engineering.
• Z6. Knowledge of the social sciences necessary to achieve aims of engineering profession.
• Z7. Special knowledge in the study field of electronics and electrical engineering.
• Z8. Fundamental world outlook, knowledge of the humanities and social sciences for the development of wider erudition and philosophic outlook.
• Telecommunication Technology
• Z9. Special knowledge of the telecommunication technologies.
• Telecommunication Management
• Z10. Special knowledge of the telecommunication management.
• Smart Telecommunications
• Z11. Special knowledge of the smart telecommunications.
• Research competencies
• GV1. Understanding how to combine theoretical and practical elements, conduct laboratory and experimental works necessary for engineering practice.
• GV2. Understanding how to evaluate, calculate and process information and data; an ability to interpret results according to their importance.
• GV3. Understanding how to recognize and analyze new problems in the field of telecommunication engineering, and how to plan new strategies for their solution.
• GV4. Understanding of new telecommunication technologies, and important development trends of telecommunication systems.
• GV5. Holistic attitude in making professional decisions while balancing expenditures, benefits, safety, quality, reliability, appearance and impact on the environment.
• Special skills and competencies
• SG1. An ability to experiment, analyze and interpret data.
• SG2. An ability to program and independently master new programming languages and software tools.
• SG3. An ability to use information technologies, software tools and computers, appropriately use computers to solve engineering problems and in computer aided design.
• SG4. An ability to integrate novelties in technological sciences with the knowledge in business, administration, humanities and social sciences.
• SG5. An ability to select and use mathematical methods, software and hardware in order to solve problems in the field of telecommunication engineering.
• Telecommunication Technology
• SG6. An ability to independently analyze, create, design and implement general and special purpose telecommunication projects.
• Telecommunication Management
• SG7. An ability to independently analyze, create, design and implement various telecommunication services.
• Smart Telecommunications
• SG8. An ability to independently analyze, create and implement various telecommunication solutions in distributed communication systems, embedded systems and mobile networks.
• Social skills and competencies
• CG1. An ability to communicate by presenting results to diverse audience orally and in a written form using clear and correct national and at least one foreign language.
• CG2. An ability to work reasonably, independently, creatively and responsibly, and to thoroughly schedule own work and time.
• CG3. An ability to use legal documents and standards, prepare graphical and textual documentation.
• CG4. An ability to work in a team, to communicate with colleagues and specialist in adjacent fields, be able to lead work and to reasonably defend own position.
• CG5. An ability to find business partners, make and keep in contacts, negotiate.
• CG6. An ability to maintain professional competence through life-long learning.
• Personal skills and competencies
• AG1. An ability to work reasonably, independently, creatively and responsibly, and to thoroughly schedule own work and time.
• AG2. An ability to use legal documents and standards, prepare graphical and textual documentation.
• AG3. Gebejimas išlaikyti profesine kompetencija per visa gyvenima trunkanti mokymasi.

Detailed Course Facts

• EUR 2214 Year (EEA)
• EUR 3500 Year (Non-EEA)

Tuition fees are charged to all students, however government loans and scholarships are available depending on the students citizenship (all EU students can apply for government funding), residency status, unit load, and the level of the programme enrolled in (undergraduate/postgraduate).

• English

Course Content

1 Semester

• Introduction to Telecommunication Engineering
• Physics 1
• Engineering and Computer Graphics
• C Programming Language
• Mathematics 1
• Philosophy of Technology

Option (one of the following)

• English Language 1
• German Language 1
• French Language 1

2 Semester (30 credits) 15 weeks (teaching course) + 4 weeks (session) + 1 weeks (independent work) = 20 weeks

• Electrical Engineering
• Chemistry
• Physics 2
• C++ Programing Language
• Mathematics 2
• Discrete Mathematics

Option (one of the following)

• English Language 2
• German Language 2
• French Language 2

3 Semester (30 credits) 15 weeks (teaching course) + 4 weeks (session) + 1 weeks (independent work) = 20 weeks

• Mechatronic Equipment
• Fundamentals of Electronics
• Script Programming
• Mathematics 3
• Economics 1

Option (one of the following)

• Ethics
• Civil Psychology

4 Semester (30 credits) 15 weeks (teaching course) + 4 weeks (session) + 1 weeks (independent work) = 20 weeks

• Electronic Devices
• Computer Architecture
• Databases
• Internet Protocol Essentials
• Economics 2
• Management

5 Semester (30 credits) 15 weeks (teaching course) + 4 weeks (session) + 1 weeks (independent work) = 20 weeks

Smart Telecommunications

• Digital Devices
• Theory of Electromagnetic Field
• Signals and Systems
• Telecommunications Theory
• Digital Signal Generation and Processing

Option (one of the following:

• Embedded Systems (CP)
• Mobile Applications (CP)

Free choice obligatory course

Telecommunication Technology

• Digital Devices
• Theory of Electromagnetic Field
• Signals and Systems
• Telecommunications Theory
• Digital Signal Generation and Processing

Option (one of the following)

• Telecommunications Theory
• Digital Signal Generation and Processing

Free choice obligatory course

Telecommunication Management

• Digital Devices
• Theory of Electromagnetic Field
• Signals and Systems
• Telecommunications Theory
• Digital Signal Generation and Processing

Option (one of the following)

• Telecommunications Theory
• Digital Signal Generation and Processing

6 Semester (30 credits) 15 weeks (teaching course) + 4 weeks (session) + 1 weeks (independent work) = 20 weeks

Smart Telecommunications

• Human Safety
• Microcontrollers Systems
• Microwave Technology
• Information Transmission Systems
• Telecommunication Technologies 1
• Information Transmission Systems

Free choice obligatory course

Telecommunication Technology

• Human Safety
• Microcontrollers Systems
• Microwave Technology
• Information Transmission Systems
• Telecommunication Technologies 1
• Information Transmission Systems

Free choice obligatory course

Telecommunication Management

• Human Safety
• E-Business Systems
• Microwave Technology
• Information Transmission Systems
• Telecommunication Technologies 1
• Information Transmission Systems

Free choice obligatory course

7 Semester (30 credits) 12 weeks (teaching course) + 2 weeks (session) + 10 weeks (practice) + 1 weeks (independent work) = 25 weeks Smart Telecommunications

• Final Work 1
• Telecommunication Technologies 2
• Professional Practice
• Telematics Systems
• Internet of Things Applications

Telecommunication Technology

• Final Work 1
• Telecommunication Technologies 2
• Software of Telecommunication Systems
• Telecommunication Systems (KS)
• Professional Practice

Telecommunication Management

• Final Work 1
• Telecommunication Technologies 2
• Professional Practice
• Telecommunications Networks, Services and Business Models
• Telecommunications Services and Business

8 Semester (30 credits) 12 weeks (teaching course) + 2 weeks (session) + 5 weeks (final thesis) + 1 weeks (independent work) = 20 weeks Smart Telecommunications

• Final Work 2
• Final Work 3
• Integrated Services Networks and Cloud Technologies
• Social Networking Technologies
• Specific Purpose Language Culture
• Law

Telecommunication Technology

• Internet Service Provider Networks
• Telecommunication Systems and its Management
• Final Work 2
• Final Work 3
• Specific Purpose Language Culture
• Law

Telecommunication Management

• Final Work 2
• Final Work 3
• Telecommunications Management and Business Development Strategies
• Specific Purpose Language Culture
• Telekommunication Economics and Finance
• Law

Requirements

• Secondary School Graduation Certificate with good results, particularly in mathematics, physics, and English. Applications must be accompanied by legalized English translations of all transcripts. Unofficial copies are not accepted.
• English language proficiency. No entrance examinations (except for Architecture programme) for foreigners are needed.
• For Architecture programme, entrance test is requered.

Work Experience

No work experience is required.

Related Scholarships*

• Academic Excellence Scholarship

  "The Academic Excellence Scholarship can provide up to a 50 % reduction in tuition per semester. These scholarships will be renewed if the student maintains superior academic performance during each semester of their 3-year Bachelor programme. The scholarship will be directly applied to the student’s tuition fees."

• Alumni Study Travel Fund

  Scholarships for students who are already attending the University of Reading.

• Amsterdam Merit Scholarships

  The University of Amsterdam aims to attract the world’s brightest students to its international classrooms. Outstanding students from outside the European Economic Area can apply for an Amsterdam Merit Scholarship.

* The scholarships shown on this page are suggestions first and foremost. They could be offered by other organisations than Vilnius Gediminas Technical University.