1. Study Program Description

Electrical Engineering is one of the fields of engineering science that studies electrical phenomena that occur in a network system. The electrical phenomenon in question occurs due to the interaction of electrons in an element. This interaction can cause changes in voltage, current, or electric power. The utilization of this electrical phenomenon is widely studied in the Electrical Engineering Study Program. Therefore, what is learned is not only about the concept of electricity, but also the use, design, development of technology, to its application in everyday life.

The curriculum in the UNDIRA Electrical Engineering Study Program - S1 provides a total of 144 credits spread over 51 courses that can be taken for 8 semesters (4 years). In the third year (semester 6) students are given the opportunity to choose one of the three specializations/concentrations offered. The three concentrations offered are:

• Telecommunication Engineering

To study electrical phenomena that occur in telecommunications networks which have the main purpose of transmitting information signals from the sender (transmitter) to the receiver (receiver) within a certain distance.

• Electronics

Learning electrical phenomena that occur in electronic circuits resulting from interactions between electronic components.

• Electrical Power Engineering

Studying electrical phenomena that occur in strong current power grid systems, from generation, distribution, to consumption of electric power.

Knowledge and expertise that can be obtained from the Electrical Engineering Study Program include: understanding in the application of mathematics and physics, the ability to design a system, the ability to experiment, the ability to perform analysis, and the ability to solve problems in the field of engineering engineering.

The Electrical Engineering Study Program is managed by 8 experienced lecturers who all have a National Lecturer Identification Number (NIDN) with master's (S2) and doctoral (S3) qualifications who already have academic positions.

2. Vision and Mission of Electrical Engineering

Study programme Visions :

“To be a leading Electrical Engineering study program in the development of adaptive electronics engineering and integrated electrical power systems based on digital intelligence, grounded in innovation and sustainability, and to contribute significantly to the transformation towards renewable energy, structured connectivity, and the strengthening of the creative industry ecosystem within Indonesia by 2030.”

Study Programs Mission : 

1. 1. To provide excellent and adaptive higher education based on electronics engineering and electrical power technology integrated with digital intelligence.
   2. To conduct innovative and sustainable research that is integrated into the learning process, supporting the renewable energy transformation and the strengthening of digital infrastructure.
   3. To promote electrical engineering-based community service that is integrated into the learning process, relevant to urban needs, and has a tangible impact on the community.
   4. To develop strategic collaborations with the creative industry, government, and urban communities to strengthen the national technology ecosystem.
   5. To build an inclusive and future-oriented academic culture, addressing global and local challenges through sustainable innovation.

3. Study Programme Goals :

1. To build an inclusive and future-oriented academic culture, addressing global and local challenges through sustainable innovation.
2. To conduct innovative and sustainable research that is integrated into the learning process, supporting the renewable energy transformation and the strengthening of digital infrastructure.
3. To promote electrical engineering-based community service that is integrated into the learning process, relevant to urban needs, and has a tangible impact on the community.
4. To develop strategic collaborations with the creative industry, government, and urban communities to strengthen the national technology ecosystem.
5. To build an inclusive and future-oriented academic culture, addressing global and local challenges through sustainable innovation.

4. Study Programmes Strategy : 

1. Integration of Learning, Research, and Community Service

• • Developing a curriculum based on research findings and community service experiences.
  • Encouraging student involvement in lecturers' research and community service projects through final projects, internships, and the MBKM program.
  • Developing learning modules based on real-world case studies from research and community service projects.

2. Strengthening Research and Innovation

• • Focusing research on renewable energy, power system efficiency, and adaptive electronics.
  • Increasing scientific publications and technology patents through research incentives.
  • Establishing a research center of excellence and an electrical engineering technology incubator.

3. Technology-Based Community Service

• • Making community service a part of project-based learning.
  • Developing appropriate technology programs for urban communities that actively involve students.
  • Providing public education on energy transformation and infrastructure digitalization through academic activities.

4. Collaboration and Strategic Partnerships

• • Establishing collaborations with the creative industry, technology startups, and local government.
  • Organizing collaborative projects and industry internship programs.
  • Actively participating in national and international forums for the development of electrical engineering technology.

5. Academic Governance Transformation

• • Digitalization of academic systems and data-driven quality management.
  • Human Resource Development for academic and administrative staff through training and certification.
  • Implementation of sustainability principles in campus operations and academic culture.

5. Values (VIP)

• Visionary: able to innovate and see far ahead without being limited by space and time, able to read potential and synergize it, and have the right strategy and able to provide motivation.
• Integrity: Honest, responsible, and consistent in all actions to achieve goals.
• Professional: Work in accordance with the protocols, rules, ethics, and regulations that apply in the field he is in.

6. Why Choose the Electrical Engineering Study Program?

• Electrical Engineering graduates are needed in almost all industry lines to handle various electrical problems.
• The current world trend is towards electrification with the aim of energy efficiency through the use of new and renewable energy.
• The development of telecommunications technology from year to year continues to increase both in terms of services and infrastructure.
• The Industrial Age 4.0 encourages the use of increasingly sophisticated automated devices and robotics technology.
• The potential for broad research topics that open up research opportunities to get updates in the field of engineering.

7. Electrical Engineering Study Program Curriculum (Attached)

8. Contact Person / Email: elektro@undira.ac.id