Course Code20202
Course NameTelecommunication Engineering
Department HeadArfianto Fahmi
Department Secretary
AddressJl. Telekomunikasi No.1 Trs. Buahbatu – Dayeuhkolot
Post Code40257
CityKab. Bandung
Telephone Number+62-22-7565933
Facsimile Number+62-22-7562721
Email Address[email protected]
Title givenBachelor of Engineering (S.T.)
Brief DescriptionTelecommunication Engineering Bachelor program began in 28 September 1990 in Bandung, West Java , in conjunction with the establishment of Sekolah Tinggi Teknologi Tellkom (STT Telkom ). In its dynamic improvement and institutional development, the study program has undergone changes as follow:In 2007, STT Telkom transformed into Telkom Institute of Technology ( IT Telkom ). Along with this, the Department of Electrical Engineering transformed into the Faculty of Electrical and Communication Engineering.
In 2013, IT Telkom merged with  IM Telkom, STISI Telkom and Telkom Polytechnic into Telkom University (Tel-U). Bachelor study program of Telecommunication Engineering is  the Faculty of Electrical Engineering. The campus is built on an area of 48 hectares which is a grant from the PT. Telkom. Each classroom is equipped with an LCD projector, OHP, RFID attendance and CCTV. For practical purposes, the faculty prepares lab module equipped with supporting instruments, 22 laboratory 22; and 2 mechatronics and electronics workshops, administrative services rooms, a library, student activities units, and dormitory for male and female. Internet is accessible in all areas of the campus. In addition, there are several facilities and infrastructure supporting campus activities that include mosques, recreation areas, sports facilities and areas, cafeteria, parking lots, ATM centers, gazeebo, banks, and business center . In addition to the BAN – PT (National Accreditation Board for higher education), other quality standards that are implemented among others:
Implementation of Malcolm Baldrige National Quality Program for Excellent Performance ( MBPE ) since 2002 .
Implementation of the International Standard Organization ( ISO ) 9001:2008
These standards are applied to the entire study programs and support units since December 28, 2010 .The study program received a rating of B in 2013 from Accreditation of Higher Education Institutions ( AIPT ).
VisionBecoming Telecommunication Engineering bachelor program with international standard in 2017, which resulted in Telecommunication Engineering Bachelors  who are skillful  in the field of broadband telecommunications and able to put into practice the science, to develop themselves, good personality in their life as community members.
  1. Implementing superior educational process to produce graduates who master telecommunication technology in accordance with the technical competence, specifically in broadband.
  2. Implementing international quality research in the field of information and communication by involving students actively.
  3. Implementing community service with the the principles of utilization of science and technology as research results to the community that prioritizes teamwork synergistically with other institutions.
Course Competence
  • Applying basic knowledge of mathematics, science and engineering , skills, and equipment ( tools) in analyzing and solving telecommunication engineering problems;
  • Identifying formulation and problem resolution by adhering to professional rules ;
  • Designing, conducting research with experimental stages, conducting analysis and interpretation of data, and draw conclusions based on the scientific methods;
  • Mastering the skills in doing programming and the use of (at least one) and programming software (one) application software ;
  • Conducting communication and interaction in a positive way , both individually and in a multidisciplinary team;
  • Understand professional and ethical responsibility ;
  • Understanding enterpreneurships attitude and skills both individually and in a multidisciplinary team;
  • Increasing insight of general knowledge needed to understand the effects of engineering solutions in a social or global context;
  • Understanding the importance of lifelong learning , and open to existing development ;
  • Increasing insight of contemporary technological developments in the field of Telecommunication Engineering expertise;
  • Using English in formal meetings;
  • Obtain international certificates.
Learning OutcomesStudents:

  • Able to analyze and solve the telecommunication problems
  • Able to do programming and use software programs and applications
  • Have the knowledge and expertise in the field of telecommunication hardware
  • Have insights into technological developments in the field of Telecommunication Engineering expertise.
  • Able to communicate individually or in a team of multidisciplinary
  • Have understanding of professional and ethical responsibility
  • Have the awareness of long life learning
  • Have the ability to communicate in Indonesian and English both orally and in writing

Telecommunication Engineering Bachelor Degree Curriculum and Academic Syllabi

Based profile and learning outcome for graduates of Telecommunication Engineering Bachelor Degree’s Study Program, study materials or group of study materials are made to achieve the desired profile and learning objectives which are packed within academic subjects. Semester-based Credit System (SKS) is used to divide the comprehensive courses in 8 semesters, that shown on the table below.

IDCourse NameDurationStart Date
MUG1A4Calculus I3 creditsAugust 1, 2016
HUG1J2Chemistry3 creditsAugust 1, 2016
HUG1I2Concept of Science and Technology Development2 creditsAugust 1, 2016
BUG1D2English I Reading and Speaking2 creditsAugust 1, 2016
BUG1A2Indonesian Language2 creditsAugust 1, 2016
SN111012Nationalism & Citizenship3 creditsAugust 1, 2016
FUG1A3Physics I3 CreditsAugust 1, 2016
HUG1B1Physics Practicum 11 creditAugust 1, 2016
IDCourse NameDurationStart Date
KUG1A3Algorithm and Programming3 creditsJanuary 1, 2017
MUG1B4Calculus II3 creditsJanuary 1, 2017
BUG1E2English II Writing and Speaking2 creditsJanuary 1, 2017
DUH1A2ICT Literacy2 creditsJanuary 1, 2017
HUG1K3Introduction to Telecommunication Engineering2 creditsJanuary 1, 2017
FUG1C3Physics II3 creditsJanuary 1, 2017
FUG1D1Physics Practicum 22 creditsJanuary 1, 2017
KUG1D1Practicum of Algorithm & Programming1 creditJanuary 1, 2017
HUG1X2Religion and Ethics Study2 creditsJanuary 1, 2017
IDCourse NameDurationStart Date
Boolean Algebra and Logic3 creditsAugust 1, 2016
differential equations and applications3 creditsAugust 1, 2016
MUG2A3Discreet Mathematics3 creditsAugust 1, 2016
FEG2B4Electrical Circuit3 creditsAugust 1, 2016
MUG1E3Linear Algebra3 creditsAugust 1, 2016
TTG211Practicum of Telecommunication Engineering I1 creditAugust 1, 2016
FEG2E3Telecommunication and Information Network3 creditsAugust 1, 2016
IDCourse NameDurationStart Date
MUG2C3Complex Variable3 creditsJanuary 1, 2017
FEG2C3Electromagnetics I3 creditsJanuary 1, 2017
FEG2F4Electronics I4 creditsJanuary 1, 2017
FEG2D3Linear Signal and System3 creditsJanuary 1, 2017
ELG3A3Microprocessor3 creditsJanuary 1, 2017
TTG221Practicum of Telecommunication Engineering II1 creditJanuary 1, 2017
MUG2D3Statistics and Probability3 creditsJanuary 1, 2017
IDCourse NameDurationStart Date
TTG3A3Communication System I4 creditsAugust 1, 2016
FEG3A3Digital Signal Processor3 creditsAugust 1, 2016
TTG3C3Electromagnetics II3 creditsAugust 1, 2016
IEG222Entrepreneurship2 creditsAugust 1, 2016
TTH3E3Object Oriented Programming3 creditsAugust 1, 2016
TTG311Practicum of Telecommunication Engineering III1 creditAugust 1, 2016
IDCourse NameDurationStart Date
TTG3D3Antenna and Propagation3 creditsJanuary 1, 2017
IEG2H2Engineering Economics2 creditsJanuary 1, 2017
TTH3J3Network Security3 creditsJanuary 1, 2017
TTG3F3Optical Communication System3 creditsJanuary 1, 2017
TTG321Practicum of Telecommunication Engineering IV1 creditJanuary 1, 2017
TTG2B2Studium Generale2 creditsJanuary 1, 2017
TTG3G3Telecommunication Electronics3 creditsJanuary 1, 2017
TTG3J3Traffic Engineering3 creditsJanuary 1, 2017
IDCourse NameDurationStart Date
Elective Course #13 creditsAugust 1, 2016
Elective Course #23 creditsAugust 1, 2016
FEG4A2Final Project Proposal and Seminar2 creditsAugust 1, 2016
IEG463Project Management3 creditsAugust 1, 2016
TTH4A3Wireless Communications System3 creditsAugust 1, 2016
IDCourse NameDurationStart Date
Elective Course #33 creditsJanuary 1, 2017
Elective Course #43 creditsJanuary 1, 2017
FEG4C4Final Project4 creditsJanuary 1, 2017
HUG2A2GELADI (Sophomore Internship Program)2 creditsJanuary 1, 2017
FEG4B2KERJA PRAKTEK (Junior Internship Program)2 creditsJanuary 1, 2017