Možnosti programování robotických systémů (např. BeeBot, Ozobot, Lego WeDo, Lego Mindtorms NXT/EV3)
\r\nProjektové možnosti edukační robotiky ve vzdělávacím procesu v MŠ, ZŠ a SŠ
\r\nMožnosti rozšiřujících a doplňkových systémů/sad pro robotechniku (např. laboratorní experimenty)
\r\nAlternativní možnosti programování robotických systémů (např. Scratch; komunitní jazyky - Java, C)
","inLanguage":"cs"},{"@type":"Syllabus","text":"\r\nBasic concepts and general principles robotechniky
Systems of industrial robots and manipulators
Control systems of robots
Relations between the design solutions and use properties of robots
Software of control systems of robots, general and problem-oriented programming languages
Organization for cooperation of industrial robotic and manipulators with conventional production facilities
Modelling work of the robot using system ROBOLAB and LEGO MINDSTORMS
Basic concepts and general principles robotechniky Systems of industrial robots and manipulators Control systems of robots Relations between the design solutions and use properties of robots Software of control systems of robots, general and problem-oriented programming languages Organization for cooperation of industrial robotic and manipulators with conventional production facilities Modelling work of the robot using system ROBOLAB and LEGO MINDSTORMS
The mission of the course is to acquaint students to the processes of automation and robotics in everyday practice and introduce to the issue of CNC machines, vending machines and computer control of production. Basic aim of the course Robotics and Process Control is a practical introduction with school systems, that support teaching robotics.
Teaching of this subject is also will focus on developing programming techniques in an iconic and graphic development environments, which contains fully standard programming elements, such as loops, conditions, working with strings, an extensive mathematical apparatus and the strong support of graphical presentations of results.