home icon
search icon
menu icon

Academics

Undergraduate Program in Electrical Engineering

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

ornament

Concentration

The following is a list of specializations contained in Undergraduate Program in Electrical Engineering

Energy

Energy

Energy in the Electrical Engineering undergraduate program addresses concepts, technologies, and applications related to the generation, distribution, conversion, and use of electrical energy. Students in this group explore knowledge of electrical systems, control, and energy management, and focus on the development of efficient, environmentally friendly, and sustainable technologies. Learning materials include basic principles of electromagnetics, electrical circuits, electrical machines, electric power systems, electrical energy generation, distribution and transmission, renewable energy technologies, energy storage, and energy management. Students learn about the use of electronics, control, and automation devices to optimize energy production and use. During the program, students engage in projects that blend theory and practice, such as designing renewable energy generation systems, developing smart grid systems, or creating innovative solutions to address today's energy challenges. They also understand the role of technology in achieving sustainability goals and reducing carbon emissions.
Telecommunications

Telecommunications

Telecommunications in the Electrical Engineering undergraduate program addresses the technical aspects underlying remote information transmission and communication between individuals or devices. This includes the research, development, and application of technologies that enable the exchange of voice, text, and image data over wired or wireless mediums. Learning materials include signal and system theory, data communication principles, signal processing, telecommunication networks, modulation techniques, antennas and electromagnetic wave propagation, and information security. Students understand the hardware and software used in network infrastructure, such as routers, switches, and mobile devices. During the program, students engage in practical experiments and projects to build an in-depth understanding of mobile phone communications, satellite systems, data networks, and other wireless technologies. They also learn about current trends in the telecommunications industry, such as 5G, IoT (Internet of Things), and software-defined networking (SDN).
Computers

Computers

Computers in Electrical Engineering undergraduate program is a major focus that addresses computer principles, technologies, and applications. It includes an in-depth study of computer architecture, programming, operating systems, computer networks, artificial intelligence, and other related technologies. Students understand the fundamentals of computer science, including algorithms, data structures, and programming language theory. They learn various programming languages, such as C++, Java, Python, and others, and how to apply algorithms to solve complex problems. In addition, aspects of information security and network security are also an important focus of this program. In the computer architecture aspect, students understand the structure and organization of computers, including microprocessors, memory, and other related hardware. They also learn software development techniques, virtualization, and cloud computing. Students also engage in projects that allow them to apply their knowledge in software development, mobile applications, network management, and cybersecurity. The development of artificial intelligence (AI) and machine learning (ML) is also an important part of the curriculum, allowing students to understand and apply these advanced technologies.
ornament

Curriculum

The following is a complete list of courses that will be taken in each semester.

Course Code :
All expand_more
Search Courses
ornament

Course Schedule

Alternative text - include a link to the PDF!

ornament

Tuition Fee

Here are the study fees Undergraduate Program In Electrical Engineering
Undergraduate Program SNBP & SNBT Pathway
UKT Group I IDR 500,000
UKT Group II IDR 1,000,000
UKT Group III IDR 2,400,000
UKT Group IV IDR 3,900,000
UKT Group V IDR 5,900,000
UKT Group VI IDR 7,300,000
UKT Group VII IDR 10,500,000
UKT Group VIII IDR 13,600,000
Undergraduate Program Single Tuition Fee
Single Tuition Fee 1 IDR 500,000
Single Tuition Fee 2 IDR 1,000,000
Single Tuition Fee 3 IDR 2,000,000
Single Tuition Fee 4 IDR 2,500,000
Single Tuition Fee 5 IDR 3,500,000
Single Tuition Fee 6 IDR 4,500,000
Single Tuition Fee 7 IDR 5,500,000
Single Tuition Fee 8 IDR 6,500,000
Single Tuition Fee 9 IDR 9,500,000
UKT is paid every semester during the study period
Undergraduate Program Institutional Development Fee (Independent Program Only)
IDR 15,000,000 One-Time Payment
ornament

Learning Outcomes

The Undergraduate Program in Electrical Engineering's Intended Learning Outcomes outline ten core competencies. These learning outcomes are characterized as the abilities gained via the internalization of knowledge, attitudes, skills, competencies, and the acquisition of work experience.

Learning Outcomes
1 Capacity to comprehend mathematics, natural and/or materials science, engineering, and information technology in order to get a complete understanding of the principles of Electrical Engineering.
2 Capability to design components, systems, or processes to meet anticipated needs under realistic constraints covering legal, economic, environmental, social, political, health and safety, and sustainability aspects, and to recognize and/or utilize local and/or national resource potential with a global perspective.
3 Capability to design and conduct laboratory and/or field experiments in addition to analyzing and interpreting data to reinforce technical assessments, particularly in the discipline of Electrical Engineering.
4 Ability to identify, develop, analyze, and solve technical problems, particularly in the discipline of Electrical Engineering, while upholding professional ethics
5 Capability to apply contemporary engineering methods, skills, and instruments required for the practice of Electrical Engineering
6 Capability to effectively communicate orally and in writing
7 Capability to meticulously plan, accomplish, and assess tasks within current constraints
8 Capacity to work in interprofessional, multicultural, and global international teams
9 Ability to adhere to professional ethics and social responsibility when tackling electrical engineering difficulties
10 Possess the capacity for lifelong learning, including access to pertinent information on current events.