Learn about Electrical Engineering Program: Overview, Courses, and Career Opportunities

Electronic devices are essential in modern life, making everyday tasks more accessible and more efficient. The Electrical Engineering program undoubtedly involves advancing this technology. Recognizing its importance, many universities, including Universitas Muhammadiyah Surakarta (UMS), offer this program to equip students with the skills needed to drive innovation in the field.

Electrical Engineering is a discipline focused on studying and developing technologies related to electricity, electronics, and telecommunications systems. The Electric Power System field covers generation systems, including both conventional and renewable energy, as well as electric power transmission and distribution. Electronic computer systems, on the other hand, encompass electronic circuit design, control systems, industrial automation, and remote communication technology.

UMS Electrical Engineering lecturer Dedi Ary Prasetya, S.T., M.Eng., stated, “Electrical Engineering graduates are key players in various industries, including energy, information technology, and automation, with significant opportunities to innovate in future technologies.”

Electrical engineering courses typically concentrate on three main areas: electrical power, electronics, and telecommunications. In the electrical power focus, you’ll study topics such as electrical energy generation, transmission and distribution systems, as well as energy management and efficiency.

In electronics, you’ll study circuit design and analysis, microcontroller programming, and the development of electronic devices, including computers and mobile devices.

In the telecommunications area, you’ll study communication technology, covering everything from telephone networks and the Internet to satellite systems and the process of transmitting information through signals.

The duration of study in the Electrical Engineering Program typically spans 4 years or 8 semesters. However, this can vary depending on a student’s ability to complete the required coursework. Some students manage to finish the program in just 3.5 years or 7 semesters.

Electrical Engineering graduates earn a S.T. or Bachelor of Engineering degree. You will receive this degree upon completing your studies in the Electrical Engineering Program.

“So, what do we study in the Electrical Engineering program?” In Electrical Engineering, you’ll explore a wide range of subjects that encompass fundamental theories, techniques, and practical applications in electricity, electronics, and telecommunications. Here are some commonly taken courses:

• Engineering Math
  
• Basic Physics
• Introduction to Electrical Engineering
• Electrical Circuits
• Analog and Digital Electronics
• Electric Power System
• Microprocessor and Microcontroller
• Data Communication and Networking
• Automatic Control
• Telecommunication Systems
• Power Electronics
• Computer Programming
• Renewable Energy Generation
• Robotics
• Artificial Intelligence (AI)

In addition to these courses, you will also study specialization courses. The program’s specializations are:

Electric Power Systems: 

This specialization focuses on all aspects of the generation, transmission, distribution, and utilization of electrical energy. You’ll study the design and analysis of power systems, including power grids, power generation (with an emphasis on renewable energy), and technologies related to energy management and efficiency. The field also covers power system protection, power quality, and electrical system control. Graduates from this specialization typically find careers in the energy industry, electric utility companies, and renewable energy.

Computer & Electronics Systems:

This specialization merges the study of electronics and computers, focusing on the design and development of both hardware and software that power modern electronic systems. You’ll delve into microprocessors, microcontrollers, and embedded systems, along with programming techniques and digital circuit design. Courses in robotics, artificial intelligence, and computer networking are also integral to this specialization. Graduates can pursue careers in information technology, electronics manufacturing, automation, and computer hardware development industries.

Both specializations provide distinct yet complementary career paths in industries that demand a blend of electrical and electronic skills.

These courses equip students with essential skills for the digital age and renewable energy. They prepare students to contribute to the development of sustainable and advanced technologies, enhance their expertise across various industries, and establish a strong foundation for further innovation and research in electrical engineering.

Electrical Engineering graduates have broad job prospects in various industrial sectors, including: 

• Energy Companies
  
• Information technology companies that develop computer hardware and network systems.
• Electronics companies that develop consumer device designs 
• Automotive industry that develops vehicle automation technology.
• Telecommunications companies that require electrical engineers to design and maintain communications network infrastructure
• Industrial robotics and automation companies to develop automation and robotic systems
• Research and high-tech institutions for innovative projects. 
• Construction and infrastructure sectors that require Electrical Engineering graduates to manage building power and control systems
• Technology start-ups often seek electrical engineers to innovate new technologies such as IoT and smart applications.

Not only that, Electrical Engineering graduates have various professional choices. These career options allow graduates to contribute to multiple fields of technology and innovation. Some of the professions that Electrical Engineering graduates can pursue are: 

• Electrical engineers who design and manage power systems
  
• Electronics engineers who develop electronic devices
• Computer systems engineers who work on hardware and embedded systems
• Telecommunication engineer
• Automatic control engineers
• Software developers
• Renewable energy specialists
• Researchers and academics
• Engineering consultants
• Engineering project managers 

Electrical Engineering graduates need to master both technical and non-technical skills to successfully compete in the workforce. Key technical skills include strong analytical and problem-solving abilities, proficiency in programming languages like C or Python, and a deep understanding of electrical circuit design, power systems, and electronics.

Graduates should also be adept in practical skills, such as using measuring instruments and laboratory equipment. Effective communication, project management, and familiarity with the latest technologies are essential non-technical skills. Additionally, strong interpersonal and teamwork skills will help graduates adapt and contribute effectively in various workplaces.

Writer: Gede Arga Adrian

Editor: Al Habiib Josy Asheva

Translator: Farizal Luqman Majid