The ability of our brain to develop new neuron connections and learn new things is the greatest before the age of seven years. Starting young helps children develop their mindset in a way that will help them in the long term. Children will be able to nurture key skills like decision-making, logical thinking, creative problem solving and group coordination. Early exposure to our curated curriculum, along with certified early childhood teaching experts, will help kids in developing Academic and Emotional Intelligence.
We provide the students with the world's first and only all-encompassing technology curriculum - covering coding foundations, AI/ML, design thinking and even Robotics. While learning, our student and teacher community from 25+ countries also provide an opportunity for Global collaboration. Lastly, our curriculum has been meticulously designed by our Global Curriculum Advisory Board comprising industry experts with a mission of holistic development of our students. With this passion for excellence, our team will always strive for your child's best development.
These skills are complementary to the regular school curriculum. Our methodology enables them to grasp complex Science & Maths concepts easily via coding, visualisations, animations and gamification.
Robotics is the science concerning with designing, constructing, and operating robots. Robotics Classes for Kids offers an interdisciplinary curriculum that allows children to build and operate robots while integrating play and learning about technology, engineering, and coding.
By learning Robotics, kids are able to immerse themselves in STEM experiences which fosters creativity and critical thinking. It also helps kids with the skills that would assist them in future careers, such as automation as well as artificial intelligence.
Working in Robotics ensures maths and science learning is interesting as you get to work on real-world applications of these subjects. Robotics applies to exciting topics, such as mathematics for calculating movement, and science to understand sensors and mechanics.
Coding enables children to control the robots in doing certain tasks. It is the first step in robotics, promoting logical reasoning and the sequential procedures that enable one to instruct the robots.
Robotics encompasses knowledge of technology and degrees of creativity that will be practical in daily life activities. This also encompasses problem-solving abilities that aid in development. Just a few examples are robots in surgeries, robots in factories, and robots that do cleaning chores.
Kids like making robots as it is interesting and rewarding. It is a blend of imagination and finding solutions to the challenges that allow them to witness their thoughts being transformed into live working machines.
Younger children can use beginner-level kits; and enroll in online or physical classes or virtual clubs centered on robotics.
No, most beginner-based coding courses teach coding from scratch, making it easy and accessible for kids with no prior experience.
Yes, online courses provide flexible and easy-to-access ways for kids to learn robotics from the comfort of their homes. Many online courses offer video tutorials, live sessions, practical materials, and interactive activities, necessary to learn robotics. BrightChamps has created tailored robotics courses appropriate for different ages. The course includes hands-on projects, accommodates the time schedule of the students and is taught by experienced trainers who receive excellent reviews from their students.
Online classes can be equally impactful when coupled with interactive projects and access to hands-on kits. However, physical classes may offer an increased level of interaction. Parents can contribute to online learning by keeping the environment distraction-free and providing assistance with hands-on kits.
It is suggested to have at least a stable internet speed of about 5 to 10 Mbps to avoid lag issues during video streaming or online interactive sessions.
Select a class according to your child’s age, skills, and interests. Consider experienced teachers, hands-on projects, flexible timings, and good reviews. At BrightChamps, we offer classes that fit into a busy schedule, including part-time options.
Key factors include:- Content and level of complexity
- Teacher’s experience and knowledge
- Practical classes and projects
- Presence of support/help
- Convenience in time and price reasonability.
Good robotics programs include personalized support, self-study materials, and different levels of programs aimed at beginners, intermediates, and advanced students.
Yes, some courses allow customization, where children can create projects of their liking such as cars, robots, and drones.
Yes, many organizations allow flexible hours, including part-time options, to accommodate school and other activities. BrightChamps offers flexible scheduling to fit your child's needs.
Most programs have recorded sessions of classes that students miss, allowing them to catch up or reschedule.
Support is usually available via email, live chat, or customer service phone numbers accessible on the course platform. Some programs also have dedicated assistance portals.
Absolutely, many robotics programs utilize current devices and software like LEGO Mindstorms, Arduino kits, and programming languages such as Scratch, Blockly, or Python to enhance education. BrightChamps ensures your child is equipped with the latest learning tools.
A typical robotics kit contains:- A Microcontroller (an Arduino or Raspberry Pi)
- Sensors and motors
- Wires and connectors
- Structural components including frames and wheels
- Software and apps for programming.
Yes, most robotics kits for children are safe, made from child-safe components without sharp edges or hazardous materials. Many kits also have age restrictions and safety usage suggestions.
Yes, most robotics kits are reusable. Children can use them for different projects, experiments, or revisit topics studied in their course.
Suitable projects include:- Line-following robots
- Robots that avoid obstacles
- Robots in the form of cars
- Elementary robotic arms
- Robots that respond to light or sound.
Children commonly engage in beginner-level programming platforms such as:- Scratch (visual programming with blocks)
- Blockly (drag and drop blocks)
- Python (text-based, for advanced learners).
These platforms enable children to control the robot’s movements, sensors, and operations. Kids can explore various types of robots, including:- Wheeled robots (e.g., robotic vehicles)
- Humanoid robots (simplified models)
- Robotic hands
- Drones (beginner-level)
- Animal-type robots.
Yes, most lessons introduce basic robot design and architecture, teaching children about the components of robots, including sensors, motors, and controllers.
Definitely! Children can apply the skills and concepts learned in class using their robotics kit components or other available tools to create new robots at home.
Creative projects include:- Dancing robots
- Robots that can draw and paint
- Robots activated by voice commands
- Robots powered by renewable solar energy
- Robots that respond to clapping or hand movements.
Yes, several robotics competitions are organized for children, such as:- FIRST LEGO League (FLL)
- VEX Robotics Competitions
- Robofest
- World Robot Olympiad (WRO).
Yes, while working on projects, children learn to resolve issues in various ways, enhancing their logic and creative thinking.
Robotics classes introduce concepts of automation, such as sensor-based control, programming logic, and task execution, to younger students.
Kids learn a variety of skills, including:- Coding and programming
- Problem-solving
- Analytical abilities
- Creativity
- Interpersonal cooperation and teamwork
- Mechanics and design/building structures.
Robotics fosters creativity and inventiveness by encouraging children to identify problems and develop automated solutions, potentially leading to the creation of unique machines or robots.
Early exposure to robotics can spark interest in careers such as:- Robotics engineer
- Software developer
- Automation specialist
- AI developer
- Product designer.
Learning to design robots encompasses fundamental coding and technology principles, equipping children with skills relevant to AI, IoT, automation, and more.
Support your child by:- Providing robotics kits and relevant books
- Encouraging them to join courses or workshops
- Motivating participation in robotics clubs and competitions
- Appreciating their robotics-related projects.
Parents can encourage their child's passion by:- Showing curiosity about their projects
- Taking them to universities, competitions, or events featuring robots
- Watching films related to robotics
- Discussing real-world applications of robotics.
Kids can connect with peers through:- Robotics clubs at schools
- Community or public organizations
- Online forums and websites focused on robotics.
Yes, many organizations and educational institutions offer robotics camps or workshops during school holidays, incorporating hands-on practice into the learning process.