MASTER OF ELECTRONICS ENGINEERING

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