Robotics and Aeromodelling Labs
The Kolkata International School as the CBSE school in Howrah believes in nurturing innovation and practical learning from an early age. Our Robotics and Aeromodelling Labs are designed to ignite curiosity, foster creativity, and equip students with 21st-century skills in science, technology, engineering, and mathematics (STEM).
Robotics Lab:
Our state-of-the-art Robotics Lab offers students hands-on experience in designing, building, and programming robots. Through guided projects and open-ended challenges, students learn about sensors, automation, artificial intelligence, and coding in a collaborative environment. These activities not only enhance technical skills but also improve logical thinking, teamwork, and problem-solving abilities.
Aeromodelling Lab:
The Aeromodelling Lab introduces students to the exciting world of aviation and aerospace technology. From understanding aerodynamics to designing and flying model aircraft, students gain insight into real-world engineering principles. The lab includes flight simulators, model kits, and materials that allow students to explore drone technology and model rocketry under expert supervision.
Both labs are integrated into the curriculum as well as offered as part of our co-curricular activities, ensuring every student has the opportunity to explore and excel in these futuristic fields.
Nurturing future innovators
The robotics and aeromodelling labs are not just physical spaces filled with machines and tools – they are innovation hubs where imagination meets engineering. These labs encourages students to design, build test and refine their ideas while applying scientific principles and critical thinking skills.
Through structured programs, guided experiments, and project-based learning, students from middle school to senior secondary levels gain valuable insights into how technology and engineering shape the world around them.
The Robotics lab:
Engineering Creativity
Our robotics lab is a place with all the sufficient tools, kits and resources that cater to a wide range of student abilities - from beginners to advanced coders and builders.
Key Features:
- LEGO Mindstorms, Arduino, and Raspberry Pi kits
- Sensors, microcontrollers, and 3D printing facilities
- Programming platforms like Scratch, Python, and C++
- Collaboration zones for group-based robotic challenges
- Modular workstations for designing, wiring, assembling, and testing
Curriculum integration
Robotics is integrated into our curriculum as part of the STEM education. Younger students start with basic block-based coding and mechanical design, while older students take on real-world engineering challenges like line-following robots, obstacle avoidance systems, and automation projects.
Skills Developed:
- Logical reasoning and computational thinking
- Coding and electronics knowledge
- Team collaboration and project management
- Analytical thinking and real-time problem solving
The lab also supports robotic competitions and inter-school tech fests, encouraging students to showcase their creations and learn from others in a competitive yet collaborative environment.
The Aeromodelling lab:
Soaring into the skies
A unique offering that sets our school apart is the Aeromodelling Lab— a space where students explore the principles of flight, aircraft design, and aerospace innovation. Here, theory meets application as students build their own aircraft models and simulate flight paths using both manual and digital tools.
Key Features:
- Wind tunnels and simulation software for aerodynamic testing
- DIY aircraft kits (gliders, rubber-powered planes, drones)
- Remote-control systems and drone programming modules
- Launch pads and outdoor flying zones for real-time testing
Learning Approach:
Students are introduced to basic concepts such as lift, drag, thrust, and gravity, and gradually progress to advanced topics like aerodynamics, propulsion systems, and UAV (Unmanned Aerial Vehicle) design.
From crafting paper planes to flying programmed drones, the Aeromodelling Lab allows students to experience the thrill of flight and the rigour of engineering. They gain hands-on exposure to real aviation principles, making science and physics lessons come alive.
Skills Developed:
- Spatial awareness and engineering design
- Understanding of physical forces and mechanics
- Innovation and creativity in problem-solving
- Confidence through hands-on experimentation
Cross-Disciplinary Learning and Innovation
One of the most powerful aspects of the Robotics and Aeromodelling Labs is their interdisciplinary approach. Students apply knowledge from various subjects—mathematics, physics, computer science, and environmental science—in their projects. For instance:
- A robotics project might require knowledge of angles and motion equations from math.
- An aeromodelling project may apply Newton’s Laws of Motion from physics.
- Both fields often include coding, encouraging students to think like software engineers.
These integrated experiences promote holistic development and help students understand the real-world applications of classroom concepts.
Competitions and Showcases
We actively encourage our students to participate in national and international competitions, such as:
- CBSE Regional Robotics Challenges
- FIRST LEGO League
- National Aeromodelling Contests
- DIY Drone Competitions
- Inter-school Innovation Fairs
These opportunities expose students to the latest trends, peer innovations, and mentor feedback. Our school regularly hosts Tech Exhibitions, where students present their projects to parents, educators, and peers. These events build confidence and give our budding engineers a platform to share their visions.
Mentorship and Faculty Expertise
Our Robotics and Aeromodelling programs are led by trained faculty and visiting experts from engineering institutes and tech industries. These mentors guide students through complex projects, troubleshoot problems, and introduce emerging technologies such as:
- Artificial Intelligence and Machine Learning in robotics
- Autonomous flight systems and drone safety regulations
- Internet of Things (IoT) integration with sensor-based robots
Workshops, webinars, and guest lectures are regularly conducted to ensure students stay ahead in their learning journey.
Career Orientation and 21st-Century Skills
By engaging with Robotics and Aeromodelling early on, students get a head start into careers in STEM fields, including:
- Robotics Engineering
- Aerospace Engineering
- AI and Data Science
- Mechatronics
- Mechanical Design
More than career skills, these labs help students develop essential life skills such as:
- Teamwork and leadership
- Perseverance and attention to detail
- Creative thinking and iterative improvement
- Effective communication of technical ideas
Safe and Inclusive Environment
We place a strong emphasis on safety protocols and inclusive participation. Every lab session begins with safety briefings, and all tools are age-appropriate and supervised. Students of all genders and backgrounds are encouraged to explore these fields, ensuring equal opportunities for learning and innovation.
Inspiring a Generation of Changemakers
At our CBSE school, the Robotics and Aeromodelling Labs are more than just academic spaces—they are launchpads for future engineers, pilots, designers, coders, and inventors. These labs ignite curiosity, build confidence, and instill a maker’s mindset in every learner.
By investing in advanced technology and experiential learning, we aim to shape students who not only adapt to the future—but help create it.
Come and experience the future of learning in our Robotics and Aeromodelling Labs—where ideas take flight and innovation comes to life
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