Electrical Graduate Courses

Course Objectives

Producing graduates with mastering in applying theoretical approaches, concepts and practical skill in the field of Information and Communication Technology (ICT).

Outcomes

Graduating from this program will be having capabilities in planning, developing, and implementing a strategic business in modern telecommunications systems, with considering its technical and non-technical aspects.

Concentrations

 

  • Telecommunication Management
  • Technology and Microwaves
  • Network Security ICT

 

Information

Entry Requirements:

 

  • S1 all fields of engineering studies
  • Load and Study Period: 38 credits in 4 semesters
  • Graduate degree: Master of Engineering (MT)
  • Curriculum Click Here

 

Core Subjects

Thesis

Credit Unit : 6
Competency:

• Students are able to apply the scientific method to solve problems for the field of science.

Lecturers:

Seminar

Credit Unit : 2
Competency:

  • Get an overview of actual research in Electrical Engineering
  • Able to explain plans and research results verbally in front of audience

Lecturers:

  • Mudrik Alaydrus

Research Methods

Credit Unit : 3
Competency:

  • Able to choose the appropriate scientific approach to solve problems through research activities to improve the quality of human life and the environment.
  • Ability to create a research proposal with qualitative and quantitative approaches

Lecturers:

  • Hamzah Hilal

IP-based Telecommunication

Credit Unit : 3
Competency:

  • Able to identify the strengths and weaknesses of telecommunications systems and IP-based Internet.
  • Understand the concept of mobility management, Quality of Service, security, IP Multimedia Subsystem and development opportunities in the future

Lecturers:

  • Rizal Broer
  • Dr. Harwikarya

Business Management for ICT

Credit Unit : 3
Competency:

  • Understand the characteristics and trends of the telecommunications industry in the future, especially in Indonesia
  • Able to understand the management principles and implement them in the telecommunications industry
  • Able to Perform Analysis of Financial Statements of Enterprises in the Telecommunications Industry Using Financial Ratios Tool
  • Capable of Doing Business Project Feasibility Evaluation of Financial Aspects mainly Measurements Using the NPV, IRR, PI and PP
  • Ability to Understand, Explain, Identify and Present Market Conditions and Trends in Indonesia ICT based Financial Statements and Operators Market Analyst

Lecturers:

  • Iwan Krisnadi
  • Denny Setiawan

Applied Mathematics

Credit Unit : 3
Competency:

  • Understand the discrete and continuous random variable magnitude characteristics, multiple random variables, the characteristics and its use in telecom.
  • Apply a random process: Gauss, Poisson and Markov chain on telecommunications issues

Lecturers:

  • Mudrik Alaydrus

Basic Engineering

  • Telecommunication Management

Multimedia Systems

Credit Unit : 3
Competency:

  • Be able to explain how the network multimedia systems are developed.
  • Ability to develop a multimedia system organizations in the network and protocol.
  • Be able to explain the system perfomance multimedia communications available on the network.

Lecturers:

  • Andi Adriansyah

Regulation and Law in ICT

Credit Unit : 3
Competency:

  • Understand the basic concepts and principles of law in the telecommunications and able to evaluate the strengths and weaknesses
  • Ability to identify and analyze legal issues in telecommunications
  • Ability to develop knowledge of the legal and policy in Indonesia and the world
  • Ability to evaluate the changes recommended for regulatory reform in the telecommunications sector

Lecturers:

  • Iwan Krisnadi
  • Denny Setiawan

Management of Telecommunication Networks

Credit Unit : 3
Competency:

  • Ability to analyze the functions of management in the management of telecommunication networks along with network configuration and functions
  • Able to apply a process map, and the value of performance management activities and configuration management and development activities on the problem of fault management and accounting management
  • Implement the 3010 Recommendation ITU-T Telecommunication Management nengenai Network (TMN) and combines the concept of E-TOM, Service Level Agreement, Interface Agreement and use NetExpert
  • Ability to anticipate changes in the network and the function of next-generation telecommunications network management

Lecturers:

  • Setiyo Budiyanto
  • Bambang Setiawan

Strategic Management in ICT

Credit Unit : 3
Competency:

  • Able to perform an analysis of the environment, industry, competition and strategic resources ICT companies
  • Able to map the company’s strategic presence in the dimensions of capabilities, opportunities and threats
  • Able to develop and select appropriate strategic options and implement strategic option chosen in the design of structures, systems and appropriate organizational culture

Lecturers:

  • Harry Chrismanaria
  • Alimuddin

Technological Innovation and Competitiveness

Credit Unit : 3
Competency:

  • Understand the concept / principle of innovation and to understand the importance of innovation in business and the impact on competitiveness
  • Able to identify technology needs, make the selection and transfer of technology as well as developing the ICT firms (ie. Apple, Nokia, Samsung etc)
  • To stimulate innovative and leading organizations make a real scenario in business

Lecturer:

  • Waseso Segoro

Wireless Digital Communication

Credit Unit : 3
Competency:

  • Ability to provide alternative technical solutions related to the modulation, coding and MIMO
  • Conduct mapping advantages, disadvantages of existing wireless systems (Bueooth, RFID, WLAN, WiMax, LTE, DVB, UWB etc.) And able to take the opportunity to use it.

Lecturers:

  • Mudrik Alaydrus

Basic Engineering

  • Security in ICT Systems

Computer Based Network Simulation

Credit Unit : 3
Competency:

  • Understand the process of the development of computer network models
  • Be able to calculate the performance of computer networks using mathematical models and computer simulators
  • Being able to compare the performance of networks with different software
  • Able to process and critically analyze data generated simulation software

Lecturers:

  • Abdi Wahab
  • Ida Nurhaida

Regulation and Law in ICT

Credit Unit : 3
Competency:

  • Understand the basic concepts and principles of law in the telecommunications and able to evaluate the strengths and weaknesses
  • Ability to identify and analyze legal issues in telecommunications
  • Ability to develop knowledge of the legal and policy in Indonesia and the world
  • Ability to evaluate the changes recommended for regulatory reform in the telecommunications sector

Lecturers:

  • Iwan Krisnadi
  • Denny Setiawan

Management of Telecommunication Networks

Credit Unit : 3
Competency:

  • Ability to analyze the functions of management in the management of telecommunication networks along with network configuration and functions
  • Able to apply a process map, and the value of performance management activities and configuration management and development activities on the problem of fault management and accounting management
  • Implement the 3010 Recommendation ITU-T Telecommunication Management nengenai Network (TMN) and combines the concept of E-TOM, Service Level Agreement, Interface Agreement and use NetExpert
  • Ability to anticipate changes in the network and the function of next-generation telecommunications network management

Lecturers:

  • Setiyo Budiyanto
  • Bambang Setiawan

Security in Mobile Networks and Applications

Credit Unit : 3
Competency:

  • Understand the concepts of security in information systems and networks
  • Able to develop techniques secret and public key cryptography
  • Ability to implement security at various layers of the network architecture

Lecturers:

  • Wahju Sedino
  • Beny Nugraha

Network and Digital Forensics

Credit Unit : 3
Competency:

  • Understand a result of cybercrime
  • Ability to perform digital forensic testing with the collection of evidence in support of or against a hypothesis
  • Understand the needs of the digital intelligence gathering;
  • Understand the nature of live forensics and network-based detection techniques
  • Ability to develop a change of digital forensics in digital devices and cloud services
  • Understand the nature of anti-forensics

Lecturers:

  • Rizal Broer
  • Aries Susanto

Wireless Digital Communication

Credit Unit : 3
Competency:

  • Ability to provide alternative technical solutions related to the modulation, coding and MIMO
  • Conduct mapping advantages, disadvantages of existing wireless systems (Bueooth, RFID, WLAN, WiMax, LTE, DVB, UWB etc.) And able to take the opportunity to use it.

Lecturers:

  • Mudrik Alaydrus
  • Microwave Technology

Computer Based Network Simulation

Credit Unit : 3
Competency:

  • Understand the process of the development of computer network models
  • Be able to calculate the performance of computer networks using mathematical models and computer simulators
  • Being able to compare the performance of networks with different software
  • Able to process and critically analyze data generated simulation software

Lecturers:

  • Abdi Wahab
  • Ida Nurhaida

RF and Microwave Systems

Credit Unit : 3
Competency:

  • Ability to analyze the needs of the wireless communications system RF components
  • Ability to develop a method of designing RF components
  • Able to design new RF components that meet the specifications of future wireless systems

Lecturers:

Management of Telecommunication Networks

Credit Unit : 3
Competency:

  • Ability to analyze the functions of management in the management of telecommunication networks along with network configuration and functions
  • Able to apply a process map, and the value of performance management activities and configuration management and development activities on the problem of fault management and accounting management
  • Implement the 3010 Recommendation ITU-T Telecommunication Management nengenai Network (TMN) and combines the concept of E-TOM, Service Level Agreement, Interface Agreement and use NetExpert
  • Ability to anticipate changes in the network and the function of next-generation telecommunications network management

Lecturers:

  • Setiyo Budiyanto
  • Bambang Setiawan

Analysis and Design of Antenna Systems

Credit Unit : 3
Competency:

  • Be able to identify the demands and characteristics of the antenna communications system
  • Able to design alternative antenna
  • Ability to develop a method of designing an antenna with a method involving Numerick and optimization methods

Lecturers:

Technological Innovation and Competitiveness

Credit Unit : 3
Competency:

  • Understand the concept / principle of innovation and to understand the importance of innovation in business and the impact on competitiveness.
  • Able to identify technology needs, make the selection and transfer of technology as well as developing the ICT firms (ie. Apple, Nokia, Samsung etc).
  • To stimulate innovative and leading organizations make a real scenario in business.

Lecturer:

  • Waseso Segoro

Wireless Digital Communication

Credit Unit : 3
Competency:

  • Ability to provide alternative technical solutions related to the modulation, coding and MIMO.
  • Conduct mapping advantages, disadvantages of existing wireless systems (Bueooth, RFID, WLAN, WiMax, LTE, DVB, UWB etc.) And able to take the opportunity to use it.

Lecturers:

  • Mudrik Alaydrus