Bachelor of Telecommunication Engineering

Bachelor of Telecommunication Engineering

School of Electrical Engineering & Informatics
About ITB Telecommunication Engineering
Read more here
Telecommunication Engineering ITB Study Program Website
Read more here


Bachelor in Telecommunication Engineering

The field of telecommunications has grown rapidly over the last 3 decades. Developments in the next decade are expected to accelerate, especially in the areas of wireless telecommunications, the convergence of telecommunications and computers, and the demands for new services triggered by the development of the Internet. This acceleration of development is mainly due to advances in component technology and computer technology. In addition, these changes are also supported by urgent market demands (market-pull) due to globalization. At the global level, telecommunications infrastructure will become the “central nervous system” of economic globalization. Meanwhile, in the national context, telecommunications and its application systems will become key technologies in increasing efficiency, productivity and national competitiveness.

To anticipate the phenomenon of the rapid development of the telecommunications sector, the most significant aspect and needs to be prioritized by leading universities such as ITB is preparing human resources as actors and supporters. The preparation of these human resources needs to be studied from the aspect of an adequate number and superior quality.

With the rapid development of the telecommunications sector, the industry and demand for telecommunications services will grow rapidly in accordance with the demands of the information age. To anticipate these developments, it is necessary to prepare sufficient human resources, both in terms of quantity and quality that meet a recognized competency standard.

In developing and planning the curriculum of the Telecommunication Engineering Study Program, the vision and mission of the Telecommunication Engineering Study Program are determined by referring to the vision and mission of ITB and STEI, so that the qualifications and competencies of graduates to be produced can be determined.

Curriculum Description
Education Objectives Overview
Expected Graduates
Career Prospect
Registration & Graduation Data

The Telecommunication Engineering Study Program is an interdisciplinary program, which requires a combination of knowledge covering the fields of Electrical Engineering, Computer Science, Management, Economics, and Policy, in addition to the basic sciences of science and mathematics as the basis of engineering science (engineering).

Students in this program are given the opportunity to study and expand their skills in analysis and problem solving in the field of telecommunications engineering. They are also ready and able to design the implementation of new technologies in order to meet the needs of today’s society.

This program provides students with an integrated educational experience directed at understanding the application of knowledge and techniques, as well as enhancing their ability to identify and find effective and efficient solutions to practical problems in the field of telecommunications engineering.

This program ensures that students’ abilities and experiences in design and analysis are achieved by providing a sequential and integrated practical and laboratory education, which is outlined in the curriculum.

  • Graduates have successful careers as engineering engineers.
  • Graduates are able to complete postgraduate studies and are motivated for lifelong learning in telecommunications
  • Graduates have leadership in facing a growing, growing, and competitive market and industry.

ABET Standard Criteria

  1. Ability to apply knowledge of mathematics, science and engineering
  2. Ability to design and conduct experiments, as well as analyze and interpret data
  3. The ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturing, and sustainability.
  4. Ability to function in a multidisciplinary team
  5. Ability to identify, formulate and solve problems in engineering and physics
  6. Understanding of professional responsibilities and ethics
  7. Ability to communicate effectively
  8. The education needed to understand the impact of engineering and physics solutions, in global, economic, environmental and social contexts
  9. Understand the need and ability to engage in lifelong learning
  10. Knowledge in contemporary topics
  11. Ability to use modern engineering techniques, skills and tools necessary for practice in engineering (engineering).

Graduates of the Telecommunication Engineering Program will have broad career prospects, because telecommunications engineering competencies are required by various national and multinational sectors, including telecommunications operators and vendors; satellite communications industry; radio, television, broadcasting, multimedia industry; radar and navigation industry; banking industry and financial institutions; oil and mining industry; research and education institutions; government agency; academic professions and research institutions; entrepreneurs and consulting/contracting companies; creative industry; aviation and aircraft industry, armed forces and maritime; electric power industry; internet service providers; etc.