Applicable for 6th to 8th Class During the camps, students make scientific toys/kits on scientific principles covering topics of sound, optics, mechanics, electricity etc. This makes scientific learning enjoyable and promotes thought processes to explore newer ideas.

Applicable for 6th to 8th Class If you love pursuit of imagination, if you cannot afford to give up enjoyment of looking & listening from afar and if you think that as space sailor you would peep through this vast universe which seems to be a limitless physical & chemical laboratory, Astro Lab camp can be a sparkler for you to ignite your enthusiasm. This camp is designed to give basic information on Astronomy-the science of celestial body. In this workshop, students learn to locate direction by shortest shadow activity. They will measure circumference of earth, make a refractor telescope, spectroscope and a model on phases of Moon. After completing this workshop students can identify stars, constellations, Planets, Deep Sky Objects in real sky

Applicable for 9th to 12th Class Biology, a natural science, has evolved significantly with the advent of biotechnology, opening new ways to study life at the molecular level. This Biotechnology Camp is designed for students of Classes 9 - 12 to give hands-on experience with modern techniques used in real biological research. Things that are invisible to the naked eye, like cells, microbes, and DNA, will come to life through experiments in a well-equipped laboratory. Students will learn how scientists study microorganisms, DNA, proteins, and enzymes, starting from basic concepts and moving towards more advanced techniques. Key activities include bacterial isolation, Gram staining, snipping DNA using molecular scissors, agarose gel electrophoresis, chromatography, and protein estimation, helping students clearly understand how these concepts work in practice.

Applicable for 9th to 12th Class The “Wonder of Electronics with AI Tools”, is specially designed for students to build foundational and practical skills. During the session students will learn basic electronics concepts such as tools handling, safety precaution, understand circuits. Also introduces hands-on Arduino project with AI tools, starting from LED blinking, Bluetooth to IoT based project. The sessions are practical-oriented, helpful in develop creativity, problem-solving skills, and improve technical understanding.

Applicable for 6th to 10th Class NOTE - For Robotics, AI & Computational Thinking, Gaming & AI participant is requested to bring a laptop for camp. This Summer Hobby Camp introduces students in Classes 6 to 10 to the exciting world of Artificial Intelligence and Computational Thinking in a fun and meaningful way. The camp uses hands-on activities and project-based learning to help children build strong foundational skills considering the National Curriculum Framework (NCF). Participants will enjoy practical sessions exploring concepts like basic Machine Learning, Computer Vision, and AI modelling using popular tools such as Google’s Teachable Machine, Scratch, and Google Dialog flow. Through engaging projects, children will learn to think logically, solve problems creatively, and develop important computational thinking skills while building their own AI models and understand logic behind interactive games. By the end of the camp, students will be able to create their own simple AI projects, train machine learning models and apply computational thinking to solve real-life problems. No previous coding experience is required. This programme offers a supportive environment where young learners can explore, create, and develop confidence in using AI while gaining future-ready skills.

Applicable for 8th to 10th Class The Drone Making Workshop is a 5-day hands-on program where participants learn to assemble and build a quadcopter drone from scratch through a structured, step-by-step approach. The workshop introduces the fundamental principles of drone flight, including how drones achieve lift, stability, and controlled movement in the air. Participants will explore the real-world applications of drones across various sectors in modern society. They will gain practical knowledge of essential drone components such as motors, propellers, electronic speed controllers, and the flight controller, along with guidance on proper setup and configuration. Emphasis is placed on understanding how each component works together to ensure stable flight. By the end of the workshop, participants will have the skills and confidence to independently build and assemble a functional drone using readily available market components

Applicable for 8th to 10th Class Build & Program Your Own Robotic Arm! Learn mechanical assembly of 3D printed components, Arduino-based servo control, and embedded C/C++ programming. Engineer a fully functional robotic manipulator from design to deployment, then compete in live automation challenges. Five intensive days of hands-on innovation. Day-wise Plan: Day 1 – Introduction to robotics, robot anatomy, applications, and live demonstrations. Day 2 – Mechanical design, kinematics, and robotic arm assembly using 3D printed parts. Day 3 – Electronics integration, wiring, testing, and debugging using Arduino Nano, servo motors, and drivers. Day 4 – Robotics programming using C/C++, servo control, and complete system integration. Day 5 – 1v1 “Moving Blocks” robot competition and final rounds.

Applicable for 9th to 10th Class NOTE- For AI & Gaming camp the knowledge of C# language is required. The five-day AI and Gaming Camp offer Class 9 and 10 students a thrilling dive into the world of artificial intelligence and game development. Over five carefully crafted days, participants explore how AI shapes modern gaming, learn the fundamentals of game design, and get hands-on experience with beginner-friendly tools and engines. Using AI-powered platforms, students generate characters, assets, and storylines, culminating in a fully playable game prototype built entirely by them. Gaming engine involves prior knowledge of C# coding as an essential part of the Unity3D platform. The camp closes with an exciting game expo where young developers proudly showcase their creations to peers and mentors.

Applicable for 9th to 12th Class This 5-day immersive workshop is designed to introduce participants to the world of 3D printing through a blend of design, technology, and hands-on practice. Instead of just learning theory, participants will actively create, modify, and produce their own models using modern 3D printing tools. The program begins with an introduction to how 3D printing works, explaining the process of converting digital ideas into physical objects. Participants will use TinkerCAD to develop their own 3D designs, which will then be exported in STL format and prepared for printing. Along the way, they will learn how slicing software translates designs into machine instructions and how different settings influence the final output. A significant part of the workshop focuses on understanding the working of 3D printers themselves. Participants will explore components such as the extruder, nozzle, print bed, and motion systems, gaining clarity on how precision and coordination between these parts ensure successful prints. The workshop also introduces fundamental concepts of design and kinematics. Using 3D printers, participants will create simple mechanisms and models to understand motion, linkages, and mechanical behavior in a practical and engaging way. By the end of the program, participants will be capable of independently designing 3D models, converting them into printable formats, and producing finished objects. The workshop aims to build both technical confidence and creative problem-solving skills using accessible tools and technologies.