S1 Electrical Engineering


S1 Electrical Engineering

Globalization that has swept across the world in the 21st century has caused the purpose of national education to no longer be only to educate the nation and liberate people but to shift towards education as a commodity because it emphasizes mastery of Science, Technology and Art (IPTEKS) which is pragmatic and materialist. The rapid development of technology places great demands on qualified and reliable human resources. The business world engaged in social and economic fields is also not free from its dependence on technology. Likewise, the industrial world which of course always follows the times certainly requires more and more experts in the field of electrical engineering.

UNU Yogyakarta is ready to respond to global changes through the preparation of human resources with relevant academic competencies that are able to create technological innovations in order to answer problems that exist in society and have competitiveness at the regional, national and international levels.


Learning Outputs

  1. Able to apply math, science, and engineering principles to solve complex engineering problems in industrial control systems.
  2. Able to find the source of engineering problems in industrial control systems through the process of investigation, analysis, interpretation of data and information based on engineering principles.
  3. Able to conduct research that includes identification, formulation and analysis of engineering problems in control systems or industrial electronics systems.
  4. Able to design control systems or electronic systems with an analytical approach and consider technical standards, aspects of performance, reliability, ease of application, sustainability, and pay attention to economic, public health and safety, cultural, social and environmental factors.
  5. Able to select resources and utilize appropriate information technology and computing-based engineering design and analysis tools to carry out engineering activities on control systems or electronic systems.
  6. Able to manage projects/businesses in design, assembly, operation, and analysis activities in the field of control systems or electronic systems.

Career Outlook

  1. Electrical Engineer
  2. Robotic engineer
  3. Hardware engineer
  4. Biomedical engineer
  5. Instrument & Control Engineer
  6. Application Engineer
  7. Environment and Sustainability
  8. Design/Development of Solutions
  9. Modern Equipment Usage

Success Story

Elon Musk is best known as the founder of the electric-powered automotive company, Tesla. This company creates strategic innovations, especially related to electrical innovations contained in vehicle engine circuits. At a time when the world is busy with the issue of global warming, Tesla is trying its luck by creating electric-powered vehicles. Of the various automotive companies that try to process electrical energy in vehicles, only Tesla is said to be a newcomer who has achieved great success. The reason is, not only electric power is the mainstay, but also the automatic driving feature with computer control that managed to amaze the world. Now Tesla is the most prestigious and best-selling electric-powered car in the world. Ready to be the next electric innovator? Or want to create innovations in the world of robotics? Join UNU Jogja’s Electrical Engineering Program now!


Lecturer Profile

The following is the list of lecturers in Electrical Engineering Study Program, Nahdlatul Ulama University Yogyakarta.