B.Sc. in Automatic Control and Robotics

At Poznan University of Technology's B.Sc. in Automatic Control and Robotics, you'll dive right into hands-on learning from day one, building real-world skills in dynamic systems, signal processing, robot kinematics, sensors, vision systems, and programming industrial controllers and microprocessors. The program, housed in the Faculty of Control, Robotics and Electrical Engineering, draws directly from cutting-edge research at the Institute of Automatic Control and Robotics, so you're using the same labs and tools our experts rely on for projects in mobile robotics, automated vehicles, advanced control, and medical robotics applications. With modernized facilities on the Warta Campus—including state-of-the-art labs equipped with the latest measurement apparatuses, research stations, and computer setups—you'll get practical experience that sets you up for industry success, complete with internships and team-based design projects.

Here's what makes our experiential learning stand out, tailored to this program:
- Dedicated laboratories in the Institute of Automatic Control and Robotics for hands-on work in control systems, mobile robotics, image processing, sound and measurement systems, plus specialized research stations like the innovative astronomical assembly for ultra-precise drive control and satellite tracking.
- Internships built into semester 4, giving you real industry exposure to apply automation and robotics skills right away.
- Group projects and term designs, including semester 6's team-based term design project and electives like robot programming, flying robots, and control of motion/electric vehicles, where you'll collaborate on practical robotic systems.
- Specialized software and digital tools covered in courses like "Tools and software for robotic systems," plus programming for microprocessor systems, PLC digital controllers, and electives in networks/distributed control and artificial intelligence.
- Modern faculty infrastructure with renovated didactic labs, auditoriums, and computer stations meeting the latest tech standards, all supporting remote learning and research in automated vehicles and robotics applications.

At Poznan University of Technology's B.Sc. in Automatic Control and Robotics, you'll dive right into hands-on learning from day one, building real-world skills in dynamic systems, robot kinematics, sensors, vision systems, and industrial controllers through practical labs and projects tied directly to cutting-edge research. The program, housed in the Faculty of Control, Robotics and Electrical Engineering at the Institute of Automatic Control and Robotics, equips you with expertise in designing and programming microprocessor systems while tackling medium-level projects in measurement, control, and basic robotics—preparing you to solve actual industry problems. You'll work with advanced tools and facilities focused on areas like automated vehicles, mobile robotics, image processing, and medical robotics applications, all inspired by the institute's ongoing research.

This means getting your hands on specialized equipment and coursework like:

- Dedicated laboratories and research stations in the Institute of Automatic Control and Robotics for modeling, advanced control, estimation methods, mobile robotics, and signal processing, including innovative setups like high-dynamics astronomical assemblies with direct drives for ultra-precise tracking and modular systems for satellite observation.
- Robot programming and task planning courses, including advanced industrial robot programming, basic tools for autonomous robot programming, and electives like robot programming, flying robots, and tools/software for robotic systems.
- Microprocessor systems, PLC controllers, SCADA systems, and digital controllers through hands-on modules like Microprocessor Systems, Devices of Automation and Actuators, Digital Controllers and PLC, and electives in PLC/SCADA for measurement/control and CAD systems for digital prototyping.
- Group projects and problem-solving labs, such as Problem Laboratory, System Identification, Robotics (continued across semesters), Robot Programming, and Team Design projects that build competencies for industrial automation and simple robotic systems.
- Internships integrated into the curriculum, specifically listed in Semester 4 alongside practical courses like Robotics, Metrology, and Control of Electrical Drives.
- Research-driven facilities from institute projects, including actuators from dielectric polymers/magnetoelastomers, ADAS for urban buses, remote sampling systems for air/water monitoring, intelligent mobile robot control, and measurement platforms for airfield lamps—giving you access to real interdisciplinary experiments in control, electronics, and robotics.