KABHOOM Robotics inculcates curiosity, creativity, confidence, team work and critical thinking in your child needed for holistic development. Moreover its making learning easy and fun through competitive robotics.
From simple robot designs to complex systems that form the backbone of modern robotics, students develop a strong foundation in physics, mechanics, and electronics. Competitive robotics serves as a powerful launchpad for students to discover and pursue their passion for engineering and technology.
Drone robotics and coding introduce students to how computers communicate with autonomous aerial systems. Through hands-on learning, students explore drone design, flight principles, programming, technical documentation, and communication skills—preparing them for future opportunities in the rapidly growing drone and aerospace workforce.
Industrial robotics combines advanced programming with powerful hardware and intelligent sensor systems to interact with the real world. Students explore the same technologies used in modern manufacturing environments, including automation systems that operate with minimal human supervision. This exposure helps students understand real-world industrial applications and prepares them for future careers in engineering and advanced manufacturing.
KABHOOM Robotics inculcates curiosity, creativity, confidence, team work and critical thinking in your child needed for holistic development. Moreover it's making learning easy and fun through competitive robotics.
Competitive robotics brings together teams of students who share a passion for designing, building, and programming robots. In these competitions, teams create robots that face off in a series of defined challenges under a structured set of rules and regulations.
Students spend weeks preparing their robots ahead of events, refining both design and code to maximize performance. Much like traditional sports, robotics competitions attract enthusiastic crowds eager to see which robot will perform best.
While local events may feature a small number of teams, state, national, and international competitions bring together thousands of students from around the world—celebrating innovation, teamwork, and problem-solving on a global stage.
Robotics Discovery & Programming combines an application-based curriculum with high-quality mechanical components to deliver an engaging, hands-on learning experience. Through engineering challenges and real-world problem solving, students learn programming logic while developing essential 21st-century skills such as computational thinking, creativity, and collaboration.
By blending a game-like programming interface with sophisticated mechanical systems, this program empowers learners to experiment, iterate, and design freely—making it a versatile and impactful tool for building strong foundations in robotics and engineering.
ROOKIE, Pro and Elite students use Scratch and Python to program a number of different Robotics tools or to simply explore some of the most important fundamentals of programming as a part this series of lessons.
EXPERT students uses Android Studio, a professional level tool and JAVA programming to create the complete Robot control program from source code.
Machine learning or Artificial Intelligence (AI) provides systems the ability to automatically learn and improve from experience without being repeatedly programmed. In this series students learn the process of building models where learning begins with observations such as examples, direct experience, or instructions from the environment. The primary aim is to allow computers to learn automatically
Your first session will start week after your registration on weekday and time you chose. You will get welcome email with details regarding same with your start date and time.
- All travel team cancellation will be processed once request received through email. All payment will stop immediately starting next billing cycle.
- 12 weeks learning series program can not be cancelled after 1st session. You can choose to cancel on or before first session for full refund. Once first session ends, program fees is non-refundable.
All Learning series program sessions are scheduled to run 1 hour session.
All Travel team sessions are 2 hours every week.
Season for Robotics Travel Team starts in May month every year and your child can apply to program and team starting Jan once registration Open. Learning series program is great way to explore and get ready for Robotics Travel Team.
Learning Series program is 12 weeks session where all student will learn design, programing through guided lab to master Robotics fundamentals, sensors usage and coding.
Yes, all student receive participation certificates for participating in a Robotics Competition.
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