Course Description
A Brainobots Junior Robotics program designed to introduce key engineering concepts to children aged 6-10. In this junior level course, students are encouraged to construct different models to understand the different machines that work around us. This course is strongly recommended for children who are more innovative and eager to break toys to see what’s inside. The course is designed for kids to reflect and work on a regular basis without altering their imagination.
Course OUTCOME
Engineering Concepts
Understand simple machinery, basic principles of electronics and electricity, and basic engineering concepts
Collective Intelligence
Being an expert in one area is not enough to fulfil the desire, the present decade requires multidisciplinary skills. The cutting-edge robotics course designed effectively to deliver collective intelligence to students.
High End Technologies
The Advanced Robotics Training Suite comprises all the most demanding skill sets worldwide and meets the global standard.
Personal Skills
Builds the approach of logical thinking, problem solving skills, analytical thinking and logic by finding the solution of real-world problems by technology.
STEM Skills
Provides an opportunity to explore STEM via robotics, programming and microcontroller activities.
Passion in Science
Students will be fascinated by science and can think of how to use science in innovative ways.
Practical Skills
Assembling the robot by themselves provides the practical knowledge of how electricity works and how electronic components can be manipulated using simple electronic circuits.
Effective use of materials
Understand how to use components efficiently and how to make simple programs and use them to detect and react to objects in the real world.
Course Module
MACHINES & MECHANISMS – SIMPLE MACHINES
At this fundamental level, simple machines and their applications are introduced with concepts of movement and motion. Students can build different models to test and understand how simple machines work in their environment.
MACHINES & MECHANISMS – COMPLEX MACHINES
Students are invited to build real machine models to comprehend the role of simple machines in industrial automation. The activities provide an opportunity for students to connect imagination and creativity.
FUNDAMENTALS OF ELECTRONICS
Fundamental concepts of electricity and electronics are introduced at this level to gain knowledge about control circuits. Students are encouraged to design diverse circuits with highly tested components for children.
MOTORIZED MACHINES
Real-time operation of industrial machinery requires extra power and control circuits for optimum performance. The key to automation is to produce high efficiency with low input energy, which is possible through the integration of motors, hydraulic and pneumatic systems with manual machines. In this level, motor-driven machines are introduced to understand the operation of high-performance machines.
ROBOT PROGRAMMING
Programming is the human-to-machine communication bridge. In this level, students are introduced with the basic programming blocks and have made it possible for them to make various programs to control the different motorized machines. The task-oriented approach will enhance inter-disciplinary knowledge in the field of automation and robotics.