BSc in Control, Electronic and Information Engineering

At Silesian University of Technology's Faculty of Automatic Control, Electronics and Computer Science (AEI), our BSc in Control, Electronic and Information Engineering dives deep into hands-on learning right from the start, so you'll build real-world skills with cutting-edge tools and equipment used in industry today. You'll work directly with modern automation systems, microprocessor controls, and robotics setups in specialized labs, gaining practical experience in programming controllers, designing circuits, and tackling automation projects that mirror industry 4.0 challenges. This means you'll graduate ready to jump into roles designing control systems for robots, vehicles, or smart factories, with confidence from actual lab time and collaborations.

Here's what sets our experiential learning apart, all tailored to this program through AEI's dedicated facilities and departments::
- Specialized labs like the APTIV Electronics Laboratory (Room 919), equipped with multi-channel oscilloscopes, multimeters, power supplies, signal generators, evaluation kits, soldering stations, and computers for prototyping electronic devices, PCB design, and electromagnetic compatibility testing—perfect for your electronics and control projects, including engineering theses and student research clubs.
- Microprocessor controllers lab and PLC lab for hands-on programming of controllers, dispatch supervision systems, and industrial automation, directly supporting coursework in microprocessor systems and building automation.
- Mobile robots lab where you'll program and control robots, mobile devices, and autonomous systems, building skills in basic robotics, industrial networks, and SCADA elements.
- Group projects and research opportunities in departments like the Department of Automatic Control and Robotics (RAu3), Department of Measurements and Control Systems (RAu2), and Department of Electronics, Electrical Engineering, and Microelectronics (RAu11), including prototypes, simulations, and teamwork on real automation challenges.
- Software and digital tools such as SCADA systems, software for measurement systems, computer-aided decision-making tools, industrial databases, data transmission/protection systems, and video processing software—plus campus-wide licenses for specialized applications via the IT Centre.
- Industry-aligned facilities like Power electronics lab, Power electronic drives lab, and High frequency converters lab for practical work in electromechanics, dynamics, and energy systems relevant to control engineering.

Imagine turning these experiences into your career edge—our graduates land jobs maintaining industrial facilities, developing robot controls, or advancing Industry 4.0 tech. 

At Silesian University of Technology's Faculty of Automatic Control, Electronics and Computer Science (AEI), students in the BSc in Control, Electronic, and Information Engineering dive right into hands-on learning that builds real-world skills from day one. You'll work directly with modern equipment in state-of-the-art labs, tackling practical projects in automation, robotics, electronics, and information systems—think programming controllers, designing circuits, and simulating control processes. Facilities like the APTIV Electronics Laboratory give you access to cutting-edge tools for prototyping devices and testing electromagnetic compatibility, all while collaborating with industry pros.

This program stands out because it emphasizes experiential learning through specialized departments, software, and projects tailored to industry 4.0 needs: here are some highlights specific to your studies:

- APTIV Electronics Laboratory (Room 919, AEI Faculty): Equipped with multi-channel oscilloscopes, multimeters, power supplies, signal generators, evaluation kits, soldering stations, and computers for designing prototypes, PCB work, EMC testing, and engineering/master's projects—open to students for research and recruitment into electronic projects.
- Specialized software and tools: Campus-wide licenses for measurement systems software, SCADA systems, controller programming, industrial databases, data transmission/protection systems, video processing, and project management tools; plus microprocessor systems, AI methods, and simulation software for automation and robotics.
- Group projects and teamwork: Practical implementation of automation/robotics projects, including small/large team problem-solving on microprocessor control, intelligent actuators, decision support systems, and Industry 4.0 monitoring—often in labs tied to departments like Automatic Control and Robotics (RAu3) or Measurements and Control Systems (RAu2).
- Research labs and departments: 13 dedicated AEI departments (e.g., Electronics, Electrical Engineering, and Microelectronics - RAu11; Digital Systems - RAu12; Data Science and Engineering - RAu4) plus the Virtual Flight Laboratory (RAuL1) for hands-on research in control systems, electronics, and teleinformatics.
- Industry-relevant prep: Training in PCB design, project planning, documentation, and collaborations with research clubs; prepares you for roles in automation maintenance, robot control, and smart systems—no formal internships listed, but strong ties to partners like APTIV for real project experience.

Imagine graduating ready to jump into high-demand jobs designing control systems for robots, buildings, or cars—our program's accreditation from the National Accreditation Committee backs that up. Applying is straightforward and sets you up for success; let's get your application started today!