The first level induces the learning of basic electronics. A modular Funtronix kit makes robotics fun for children as they dissect & experiment with different parts. More than 70 experiments can be made with this kit. Hobbytronics creates early interest in engineering & involves a child-friendly process.
The second level emphasizes on mechanics with functioning & movement. The Metrix Kit allows children to create multiple designs & understand concepts like torque & acceleration. They also learn to control models with a remote device. Several competitions are held at this level that makes it an engaging & fun experience.
At this level, children understand the basics of wireless communications & radio frequency concepts without programming. There is a new kit for level 3 is utilized for this level. The children learn making auto-bots with open & closed circuits using creative designs. They are also introduced to solar powered devices for a firm foundation in technology.
The fourth level comprises of visual programming to design autonomous robots using stated conditions. Logic building is an essential aspect of this level as it will develop a strong base for advanced levels. The children learn UART communications, which is imperative in wireless technology. Input & output circuits play an important role at this stage.
This is an advanced level wherein children learn to build autonomous robots with embedded C programming. It introduces them to functions for simplifying complex mechanisms by giving proper flexibility & variability. This level equips students with embedded C programming skills required to make advanced level robots.
The sixth level takes embedded C programming to the next stage. It teaches children the application of embedded system with read world applications. They learn to build prototypes, coding robots and build robotics arm with 4 degrees of freedom. At this level, children thoroughly learn to bring their STEM learning into execution.
The final level of O’Botz introduces children to humanoids. They learn the functioning of the humanoid with 16 degrees of freedom & better movement. Timing & Balance of the robot are major elements that they learn. They can create unique moves for robots and utilize their creative skills as much as they want.