Robotic Systems

Robotic systems are mechatronic systems with a wide range of applications, from industrial automation to the medical field. These systems are created through the integration of various mechanical, electronic, and computer components and are typically programmed to perform a set of predefined tasks.

•The core components of robotic systems include mechanical structures, sensors, and control units. They operate using programs that either follow predefined motion paths or respond to their surrounding environment.

•Robotic systems typically process information from various sensors using a control algorithm and make decisions based on that data.

•They can operate automatically without human intervention or be designed to collaborate with humans.

•Robotic systems are used in numerous areas, such as automating production processes in industrial facilities, performing tasks in hazardous environments on behalf of humans, assisting in surgical operations, and many other applications.

•They are used on production lines to perform repetitive and precise tasks.

•In the healthcare sector, they are utilized for various tasks, ranging from surgical operations to patient flow management.

•In agriculture, they are employed for planting, crop care, harvesting, and packaging processes.

•In space exploration, robots are used for interplanetary missions, maintaining space stations, and assembling spacecraft.

•In logistics, they assist with storage, packaging, transportation, and distribution processes.

•In educational institutions and research laboratories, they help students and researchers develop practical skills.