Electrical Engineering Technology

Electrical Engineering Technology

The Applied Undergraduate Program in Electrical Engineering Technology focuses on professional education in power systems engineering, covering power generation, transmission, distribution, and efficient energy utilization. The program offers a comprehensive applied curriculum supported by nine industry-standard laboratories, partnerships with more than 40 companies in the energy and infrastructure sectors, and professional competency certifications, producing skilled experts in the electrical power field.

Graduates of this program will hold an Applied Undergraduate degree (S.Tr.T), giving them a competitive edge in both national and multinational electrical power industries. The curriculum is designed in collaboration with industry partners, ensuring students receive integrated training in hard, soft, and digital skills—encompassing electrical protection, power system analysis, industrial automation, and renewable energy technologies — to support the energy transition toward net-zero emissions.

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Key Strengths

The program has received “Unggul” (Excellent) accreditation from LAM Teknik, ensuring nationally recognized educational quality.
Supported by nine specialized laboratories (Electric Machines, Electrical Power, Basic Electrical, Electrical Installation, Telecommunications & SCADA, Robotics & Control, Industrial Automation, Power System Simulation, and Renewable Energy) equipped with professional software, including ETAP, DIgSILENT PowerFactory, and HOMER.
Competent internal instructors who hold Professional Engineer certifications (IPM/IPU) with master’s and doctoral degrees from leading universities.
External instructors comprising practitioners and experts from the national and international electrical power industry.
Collaboration with more than 40 leading industry partners in the electrical power and infrastructure sectors, including PT PLN, PLN Indonesia Power, PJB Services, Schneider Electric, Pertamina, PT IMIP, and Astra for student internships and other cooperative programs.
Curriculum built upon three pillars of excellence: Renewable Energy (Solar PV, Wind Energy, Net-Zero Emissions), Smart Systems & IoT (Smart Grid, AI/Machine Learning, Automation), and Power Systems (Transmission, Protection, Power Quality).

Career Prospects

Graduates of the Applied Undergraduate Degree Program in Electrical Engineering Technology have a wide range of career opportunities, including the following positions and professions:

Electrical Engineering Expert — designer, manager, and maintainer of residential, industrial, and commercial electrical systems
Power System Specialist — professional in the installation, testing, and maintenance of power systems, as well as grid stability and security management
Electrical Automation System Specialist — designer of automation systems (PLC, SCADA) and automatic control integration in industrial electrical networks
Renewable Energy System Designer/Consultant — designer of solar, wind, and hybrid energy systems for environmental sustainability
Electrical Technology Researcher & Developer — applied researcher in emerging electrical technologies, renewable energy, and Smart Grid implementation
Energy Project Manager — leader of electrical projects from planning through supervision, with proper safety standards and budgeting
Entrepreneur in Electrical Technology — innovator in power system services, renewable energy solutions, or automation services

Accreditation

This program has received “Unggul” (Excellent) accreditation from LAM Teknik, as per Decree No. 0054/SK/LAM Teknik/VST/IV/2026.

Practical Learning

The curriculum integrates Project-Based Learning and Capstone Projects, requiring students to design comprehensive engineering solutions to solve real-world problems in the electrical and energy industries

Featured Courses

Power System Analysis, Electrical Power Protection Engineering, Transmission & Substations, Power Electronics, Renewable Energy Practicum, SCADA Technology Practicum, Intelligent Systems, Power System Operations & Maintenance, Power Generation Systems, Power System Control.