PROFILE

The Bachelor Program of Telecommunication Engineering is a program that focuses on studying in the telecommunications field. The scope of the study includes the engineering aspects related to technologies, protocols, services, design, and engineering of broadband information delivery. The fields offered are Telecommunication Transmission (Transtel), Networking Cybernetics and Management of Engineering (NCM), and Information Signal Processing (PSI) 

The study focuses on some capabilities, such as Telecommunication Engineering Study Program Able to design, build, operate and integrate network devices in the form of physical devices (for example routers, switches, firewalls) or logical devices (eg honeypots, docker, kubentes, SDN) Able to perform information signal processing (electrical and physical phenomena) in the form of videos and photos; Able to design and implement telecommunication transmission equipment; Able to design and implement modern algorithms into the telecommunication system; and Able to understand and design new regulations in the telecommunications sector. 

Graduate Profile 

A professional, competent, and independent Bachelor in Engineering in Telecommunication 

A professional who is able to contribute actively to the advancement of the telecommunications sector, compete in the field of information and computer technology, adapt to new environments, and continuously able to develop their potential 

CURRICULUM STRUCTURE 

In the 2020 curriculum, to complete undergraduate education in the Undergraduate Study Program – Telecommunication Engineering, students need to take a minimum of 144 credits. The total credits are composed of 55 compulsory courses and 20 elective courses. Students are also asked to take 4 specialization courses out of the 20 specialization courses offered by the study program. 

Semester ISemester IISemester IIISemester IVSemester VSemester VISemester VIISemester VIII
PancasilaReligion and ethicsTelecommunication networkData communication networkData literacyEntrepreneurshipElective courses 1Elective courses 3
Introduction to Telecommunication EngineeringDiscrete mathProbability and statisticsQueue systemCryptography and security protocolIndonesian LanguageElective courses 2Elective courses 4
Introduction to engineering and designMatrix and space vectorElectrical circuit bElectronics bCommunication system 1Communication system 2Wireless access communicationEnglish
Calculus ICalculus IComplex variablesContinuous time signal processingPswdRf electronicsFinal project proposalFinal project
Physics I APhysics 2 ADifferential equations and applicationsElectromagneticsTelecommunications electromagneticsAntenna and propagationProject managementCitizenship
BiologyAlgorithm and programmingPhyton programmingDigital engineeringOptical systemMicroprocessor and IoTHuman literacy
Character buildingAlgorithm and programming PracticumTelecommunication engineering practicumTelecommunication engineering practicum IIObject-based programmingInternshipGeneral studies
Physics practicum IPhysics Practicum 2Telecommunication engineering practicum IIITelecommunication engineering practicum IV

For more information please click here.