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Infocommunication Systems specialisation

BSc degree program in Electrical Engineering

Scope

The topic of infocommunications covers the field of network technologies, related applications and network services. The specialization focuses on practical skills of

  • deployment, configuration and operation of networked systems and services,
  • modern network technologies,
  • delivery and processing technologies of media content,
  • high frequency and satellite systems components,
  • radio measurement systems and applications.

 Students who complete this specialisation will obtain a thorough understanding of the state-of-the-art technologies of communication networks and will be capable of designing, implementing and operating communications services over new generation telecommunications networks, in particular multimedia services. Graduated students have great opportunities for employment at network- and content providers, manufacturers, e-commercial and government infocommunications network operators as well as small/medium enterprises developing value-added solutions.

The specialisation is managed in cooperation with HIT, HVT and TMIT departments.

Possibilities for further studies

  • Multimedia Systems and Service specialization, MSc
  • PhD studies after completing MSc degree

Specialisation program

  • Mobile Communication Systems (VIHIAC04): operation and technical paradigms of today’s modern mobile and wireless communication systems, radio interfaces, hardware components and architecture of networking equipment.
    https://portal.vik.bme.hu/kepzes/targyak/VIHIAC04/en/
  • Network Technologies and Applications (VITMAC05): operation of modern wired network access technologies, network layer functionalities and the concept of Internet of Things, applying routing algorithms and operation of network applications and cloud services.
    https://portal.vik.bme.hu/kepzes/targyak/VITMAC05/en/
  • High Frequency System Techniques (VIHVAC04): designing concepts of high speed wired and wireless networks, radio networks, satellite communications systems, navigation systems, media broadcast networks.
    https://portal.vik.bme.hu/kepzes/targyak/VIHVAC04/en/
  • Department specific education / specialization branch

Proposed electives

For students who want to extend their knowledge in media content production, network delivery issues we offer several electives such as:

Training project laboratory

  • IT security bootcamp
    Web security, memory corruption, reverse engineering, cryptography.
  • Analyzing, planning and developing ICT systems in practice
    IP networks and Java programming in practice.
  • Autonomous vehicles is smart cities
    Transportation systems, vehicle-to-vehicle communications, drones in swarm, crowdsensing in smart cities.
  • Drones – autonomous flying robots
    Drone operation technologies, software, radio communications, control system development
  • Audio signal processing – effect pedal development
    Fundamentals of digital audio signal processing and implementation of a chosen sound effect.
  • IoT system development
    Application development on IoT platforms, such as Arduino/Moteino and rPi.
  • Quantum communications methods
    Basics of quantum communications algorithms and related satellite systems and ad hoc networks.

Project Laboratory, BSc or MSc thesis work

Both projects and thesis works are related to research and development activities making opportunity to involve students in industrial and university R+D projects.

Actually available project laboratory topics

Examples:

  • media streaming development
  • 3D video streaming
  • cooperative vehicle communications
  • Student talent program
  • NetSkills Challenge is organized every year by the Medianets Laboratory. The competition focuses on computer network configuration skills. We organize special education sessions on advanced network technologies, methods and trends for our talented students.

Industrial partners, internships, employment possibilities for graduated students

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HIT laboratories involved in specialization

Medianets

Medianets’ teaching activity spans over the whole BSc-MSc-PhD structure. It combines traditional strengths in media technologies and broadcasting with new competences in IP-based and mobile multimedia communications, applications and services. Research and development activities include media delivery systems and services, 3D media technologies,self-organizing networks and cooperative vehicle communications.

Mobile Communications and Quantum Technologies Laboratory (MCL)

Activities cover a wide range of areas in mobile communications. The main research areas are currently as follows: development of intelligent measurement systems, application development, research of energy efficiency of access networks, quantum communication and informatics.

Laboratory of Acoustics and Studio Technology (LAST)

LAST Lab pursues the traditions of the Department in the field of electro-acoustics and television on the current development level of audio and video technologies. Accordingly, its research activities cover the development of a wide field of tools, input and output devices, methodologies and systems of radio, tv and film studios as well as the actual issues of media content production. Furthermore, the lab also deals with the measurement, analysis, prediction and control of environmental noise & vibration.

Responsible for the specialization:

Dr. Árpád Huszák, associate professor

BME Department of Networked Systems and Services

MEDIANETS Laboratory

e-mail: huszak@hit.bme.hu

tel: +36 1 463 2076