⚡ Electrical engineering is in continuous development: SRF team visits the Department of Information Technology and Electrical Engineering at the start of the semester
Electrical engineering is seeing a notable expansion in the number of new students enrolling in bachelor’s programs, reflecting growing interest in this vital field. At the start of the semester, the news team from the “10 vor 10” program on Swiss radio and television station SRF visited the Department of Information Technology and Electrical Engineering to follow events and developments in the department and to explore the reasons behind the sharp rise in the number of admitted students.
The department saw the attendance of more than three hundred new students at the welcome event held on 14 September 2026, and the visit confirmed the importance of electrical engineering as a discipline that plays pivotal roles in modern society.
📌 Quick summary: The large increase in student numbers indicates growing demand for electrical engineering and information technology specializations, reflecting the rising market need for engineers and technicians specializing in voltage, current, smart systems, and renewable energy.
🔧 Basic concepts in electrical engineering and their teaching in technical departments
Teaching in the electrical engineering specialization focuses on the following basic concepts, which are the foundation for every engineer or technician in this field:
- Power grids: Understanding how electrical energy is distributed from the source to consumers while ensuring continuity of service and safety.
- Voltage and current: Studying the properties of electrical voltage, which represents the driving force of electricity, and electric current, which flows through conductors, with the importance of accurately measuring both for system installation and maintenance.
- Distribution panels, circuit breakers, and protection systems: Designing and implementing electrical distribution panels that regulate current flow, using circuit breakers to protect equipment and circuits from overloads or electrical faults.
- Grounding: Applying proper grounding systems that protect people and equipment from electric shocks and help stabilize the electrical system.
- Transformers and electrical loads: Understanding how transformers work to convert voltage levels and distribute loads evenly to ensure system efficiency.
- Solar energy, batteries, chargers: Introducing renewable energy technologies and electrical energy storage methods, and teaching the principles of chargers and battery systems to provide sustainable solutions.
- Electrical safety: Teaching safe practices when working on electrical equipment and circuits to avoid accidents and injuries.
- Measurements using Multimeter and Clamp Meter: Training students to use various measuring tools to check voltage, current, resistance, and power quality.
- Power quality (Power Quality): Analyzing manifestations of electrical power distortion such as harmonics and fluctuations, and methods for improving power quality to avoid harming industrial and household equipment.
🔹 Important point: Understanding these concepts is not limited to the theoretical side only; it also requires developing practical skills to diagnose problems and solve them in real systems.
📊 Reasons for the growing demand for electrical engineering specialization
The rise in student numbers is due to several technical and economic factors:
- The development of electrical and electronic applications in daily life, from electric cars to smart systems in homes and cities.
- The global shift toward renewable energy sources such as solar energy and wind power, which requires specialized personnel in the design, implementation, and maintenance of these systems.
- The sharp increase in demand to improve the power grid in terms of effectiveness, stability, and power quality.
- The expanding use of smart devices, communications, and information technology that rely on a deep understanding of electrical engineering.
⚠️ Safety warning: With the increasing use of electrical loads and modern technology, occupational safety standards and the correct practices for carrying out electrical installations must always be emphasized.
🛡️ The importance of practical training in electrical fields
In addition to the theoretical side, educational programs include field training stations and advanced laboratories, where students deal with:
- Installing distribution panels and checking the operation of circuit breakers and protective devices.
- Conducting field measurements of electrical systems using specialized measuring devices.
- Testing grounding systems to ensure compliance with safety standards.
- Designing solar energy charging stations and connecting them with battery systems.
- Analyzing electrical power quality using modern measurement tools.
This training aims to enhance technical skills and enable trainees to deal with the real challenges faced by engineers and technicians in the market.
🔧 Practical advice: Students and trainees should focus on developing correct reading skills for electrical circuit diagrams and understanding installation standards to ensure precision in execution and quality of work.
📈 Future prospects for the field of electrical engineering
The electrical engineering team is expected to experience continuous growth amid the increasing intertwining of modern electrical and electronic systems.
This requires expanding the scope of education and training to include fields such as:
- Artificial intelligence and its applications in smart grids.
- Energy storage technologies and the development of high-efficiency batteries.
- The skills needed to design renewable energy systems and control technologies.
Early attention to these areas is considered the cornerstone for ensuring that students and engineers have the ability to compete and innovate in the labor market.
📌 Quick summary: The increasing number of new students in electrical engineering indicates the importance of energy and smart systems specializations, and the need to provide integrated education that combines theory and practice to ensure the graduation of qualified engineers and technicians who can meet the requirements of the future.
⚡ Conclusion
Today, electrical engineering is rich in broad and diverse opportunities in fields such as power grids, renewable energy, and smart systems, which justifies the great interest in it from students. The presence of media visits and welcome events such as the one held in the Department of Information Technology and Electrical Engineering helps raise awareness of the importance of this specialization in building a sustainable and smart future.
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