Study of mechatronics and robotics

Study Levels

The university program in Mechatronics and Robotics begins with a three-year undergraduate program, leading to a bachelor's degree, providing essential technical knowledge. This is followed by a two-year master's program that deepens expertise and ends with the title of Master of Engineering. There are six specializations, and students can further pursue a PhD for independent research work.

• Study programs: Undergraduate study program, Graduate study program
  
• Duration: six semesters (undergraduate), four semesters (graduate)
• Number of ECTS credits: 180 (undergraduate), 120 (graduate)

The Mechatronics and Robotics programme at the University of Zagreb is designed for students who want to shape the future of intelligent technologies. It combines engineering fundamentals with advanced topics in robotics, artificial intelligence, and smart systems.

At the heart of the graduate programme lies the Cybernetics and Bioinspired Systems module, the flagship module of the LAPIS Laboratory. This module goes beyond traditional engineering by exploring how intelligent systems interact, adapt, and evolve within complex environments.

Students work on real-world challenges involving:

• Artificial intelligence, agentic and cognitive systems
• Human-robot interaction
• Internet of Things (IoT) and embedded systems
• Computer networks and distributed intelligence
• Mixed reality (VR/AR/MR), smart spaces and adaptive environments
• Bioinspired systems and computing
• Robotics (industrial, service, medical, humanoid, etc.)

Inspired by principles from nature, the module also introduces bioinspired approaches such as swarm intelligence, adaptive behavior, and biologically motivated design. By combining theory with hands-on project work, students develop the ability to design intelligent, networked, and human-centered systems—from smart environments and autonomous machines to advanced cyber-physical infrastructures. Strong integration with the LAPIS Laboratory ensures direct involvement in cutting-edge research, industry collaboration, and innovation-driven projects, preparing graduates for careers at the forefront of Industry 4.0 and beyond.

Laboratory Equipment

Students have access to modern educational and research labs with collaborative and industrial robots, mobile and humanoid robots, hydraulic and pneumatic systems, and advanced vision systems.

link to web-page: https://robotika.fsb.hr/