Robot programming is a course that teaches children to simulate the human information processing process through large particle building, block robot programming, microcontroller robots, and visual graphic programming. In this process, various sensors receive physical signals, which are transmitted to the CPU. The CPU runs pre-written programs to process the received information,and then outputs the results to the driving mechanism to complete tasks, learning the transition from physical programming to graphical programming and then to computer programming.
Microcontroller Course (Part 3) – Handheld Crossbow
Through learning robot programming, children’s various abilities will gradually improve:
01
Large and Small Particles
By assembling and building, as well as games to stimulate interest in robot programming, children learn spatial structure and physical knowledge such as mechanics, levers, and friction, and relate it to life, applying it in real life.This exercises children’s hand-brain coordination and the flexibility and coordination of their bodies. Through electronic building blocks and programming cards, they understand the concept of programming, exercise logical thinking skills, and get a preliminary feel for computer languages.
02
Block Robots
Based on familiarity with the meaning of various programs, observe and think about robots in life, write programs to simulate functions,and perceive the world through various sensors while being able to intervene with the outside world using driving mechanisms.
03
Graphical Programming
Create interactive stories, games, and animations without needing to know English or recognize a keyboard, making programming easy without the complex syntax of code, while retaining programming logic,learning programming is not about training programmers, but about nurturing talents with programming thinking for the new era.
04
Microcontroller Robots
Help children improve their hands-on and thinking abilities, teaching them methods for doing things and ways to solve problems.Understand the concepts, processes, and impacts of artificial intelligence, cultivating intelligent era talents with computational thinking and engineering literacy. Thus enabling our children to adapt to and dominate the future era.
Children learning robotics can also gain these::
Enhance abstract logical thinking and creativity
Independent thinking and problem-solving skills
