Internet of Things (IoT) is a hands-on course that introduces students to the exciting world of IoT, where they learn to design, build, and program smart devices using sensors, microcontrollers, and cloud platforms. Students will integrate IoT projects with tools like Telegram for real-time notifications, Gemini for conversational AI, and camera, exploring how IoT connects devices, solves problems, and transforms industries.

This course introduces students to Artificial Intelligence and Machine Learning through real-world applications, hands-on simulations, and beginner-friendly coding activities. Students will explore AI domains like Computer Vision, NLP, and Reinforcement Learning, work with Python libraries, and complete practical projects in prediction and data analysis.

Learn about text preprocessing techniques, sentiment analysis, language modeling, machine translation, and conversational AI. Explore latest AI trends such as LLM, RAG etc. Build the skills to develop NLP applications capable of interacting with and understanding human communication.

Explore machine learning concepts, algorithms, and techniques. Learn about supervised learning, unsupervised learning, reinforcement learning, and various machine learning models such as decision trees, support vector machines, and neural network through hands-on projects and case studies.

Learn image processing techniques, object detection algorithms, machine learning models for image recognition, and applications such as autonomous driving and medical imaging. Build the skills to develop computer vision systems capable of understanding and interacting with the visual world.

Learn the principles and techniques of data science, encompassing data collection, cleaning, analysis, visualization, and interpretation. Explore statistical methods, machine learning algorithms, and data visualization tools using Python.

Explore the decentralized nature, cryptographic foundations, consensus mechanisms, and smart contract functionalities of Blockchain. Gain hands-on experience in developing blockchain applications using Python programming language.

Learn the fundamentals of game design, programming, and 3D modeling through a blend of theory and hands-on projects uisng Unity. Develop 2D and 3D games, including character controllers, basic AI, and interactive environments.

Learn fundamentals of web development, encompassing HTML, CSS, and JavaScript for creating interactive websites. Learn about website structure, styling, user interface design, responsive layouts, and basic web application functionalities. 

Explore front-end and back-end technologies using JavaScript/Python. Dive into server-side programming using frameworks like Node.js or Django, databases integration, API development, and deployment strategies. Develop skills to build full-stack web applications with dynamic functionalities and robust backend systems.

Learn object-oriented programming concepts, data structures, algorithms, and software design principles through hands-on coding exercises and projects in Java. Build the foundation to pursue further further development in mobile apps and software development, FIRST competitions.

Create own Android apps using MIT App Inventor's visual programming environment. Learn about app design principles, user interfaces, event handling, data storage, and basic app functionalities. Develop creativity, problem-solving skills, and an understanding of the app development lifecycle.

Build apps for both Android and iOS devices from a single codebase using Flutter framework. Learn about Flutter's widget system, state management, navigation, and platform-specific adaptations. Build skills to create high-performance, visually appealing mobile applications across multiple platforms.

This course is designed to introduce students to the fundamentals of programming using Python. It provides a hands-on, interactive learning experience that emphasizes problem-solving, computational thinking, and the practical applications of programming. 

The Coding Juniors course is designed for young learners, introducing them to the fundamentals of coding and animation through a fun and engaging platform, PictoBlox. This course, combines creativity with logical thinking as students explore block-based programming. Through hands-on projects and activities, students will develop essential 21st-century skills, including problem-solving, critical thinking, and digital literacy, while having fun creating animations, games, and stories. 

The "AI Juniors" course is designed to introduce students to the fascinating world of Artificial Intelligence. This hands-on program empowers young minds with foundational AI concepts and practical applications using PictoBlox. Through engaging activities, mini-projects, and a capstone project, students will explore various AI domains, such as computer vision, machine learning, and natural language processing, and develop innovative solutions to real-world problems. 

This course introduces students to visual programming using PictoBlox, a platform designed to make coding fun and accessible through block-based coding. Throughout the course, students will create animations, games, and interactive projects while learning core programming concepts. The course emphasizes creativity, problem-solving, and the integration of real-world knowledge, from mathematics to environmental sustainability. By the end, students will be confident in using coding blocks to develop their own projects and animations. 

Mechatronics Advanced is an immersive and hands-on course that integrates Internet of Things (IoT) with advanced mechanical design using SolidWorks. Tailored for students with foundational knowledge of electronics and basic mechanical design, this advanced-level course offers a seamless blend of electronics and design principles. The curriculum equips students with the technical and creative skills needed to develop innovative projects that address real-world challenges, fostering practical problem-solving and critical thinking abilities. 

Robotics Junior introduces students to programming, electronics, and 3D design through hands-on projects using Micro:bit and TinkerCAD. They will create 3D models like a chess pawn, keychain, and gears, gaining 3D printing experience. The course concludes with a capstone project, integrating coding, circuits, and design to build a functional prototype. By the end, students develop creativity, problem-solving, and hands-on robotics skills.

This course introduces the fundamental concepts of electronics, programming, and prototyping. It offers hands-on experience with Arduino, sensor integration, motor control, and 3D design, culminating in a Capstone Project where students can apply their knowledge to create a functional, real-world solution. 

Designed for students seeking to make a meaningful impact through innovative design thinking, this program equips them with the skills and knowledge necessary to develop impactful projects with social relevance. Guided by expert mentors and research-driven approaches, participants conduct in-depth research, develop prototypes, and refine their designs. This advanced program culminates in the submission of a research paper and participation in science competitions, providing opportunities for recognition and professional development.

Designed for students seeking to merge their unique interests and skills with technical expertise, this program enables them to develop innovative solutions that combine art, science, and technology. By applying design thinking principles, prototyping, and collaboration, participants transform their passions into functional projects that showcase their individual strengths. Through mentorship and hands-on learning, students refine their problem-solving abilities and learn to bring creative ideas to life in a technical context. This program cultivates innovative thinkers who can bridge the gap between creativity and engineering.

Get ready for an action-packed day of innovation and excitement! From soaring drones in Drone Quidditch, showcasing creativity in the 3D Doodling Challenge, battling it out in the Ludo Showdown, to cracking puzzles in the thrilling Escape Room – TechScape: A Journey Through Tech Evolution, this event promises fun, learning, and unforgettable memories for every student. Ager Group : 8 years to 13 years

Step into the world of engineering like never before! This immersive program is crafted to spark curiosity, build real-world skills, and open new horizons in the engineering domain. Participants will dive deep into hands-on experiences, discovering engineering not just as a career, but as a dynamic and impactful journey. With guidance from the teams at WEL, TIS, and IIT Bombay, students will work on cutting-edge projects, gaining insider knowledge of how ideas transform into real-world solutions. Along the way, they’ll sharpen their engineering judgement — a vital skill that sets great innovators apart — and experience firsthand the excitement, challenges, and possibilities that define the engineering world.

This program covers key aspects of mechanical tools and 3D design, starting with CAD basics and progressing to 3D modeling and advanced techniques. Students will engage in hands-on activities like the Domino Activity and assignments that involve creating 3D printed models such as a plane and a mobile stand. The curriculum also includes an in-depth exploration of mechanical mechanisms (e.g., gears, belt & pulley, chain-sprocket, and linkages), along with practical applications like building circuits and learning Arduino programming. Students will interface various sensors and output devices with Arduino and gain experience in locomotion control. The program concludes with problem formulation and project selection, enabling students to design and develop their own robotics solutions.

This program provides hands-on experience in robotics and electronics, starting with basic electronics, circuit making, and an introduction to robot functionality. Participants learn to work with ESP8266 and ESP32 modules, explore programming and input/output devices, and build an Obstacle Avoidance Robot. Students then progress to robot assembly, including mounting grippers and embedding electronics like DC motors and servo motors. They also learn to program robot movements and integrate Bluetooth control using a PS4 controller. The program also covers 3D design with OnShape, including object creation and 3D printing. The final stages include testing, troubleshooting, and a competition day where students showcase their robots.

Join us on a fun-filled coding journey where students go from learning Python basics to building their own interactive number guessing game! Through engaging activities using Turtle graphics, functions, logic building, and the Random module, students will learn to turn their ideas into real programs — finishing with a fully functioning game featuring their own character creation!

Dive into a hands-on journey where students explore global challenges through the lens of the UN Sustainable Development Goals (SDGs). Over five days, they’ll identify real-world problems, build skills in electronics and programming, prototype innovative tech solutions, and present their ideas to the world. It’s all about turning creativity into impact — one innovation at a time.

Embark on an exciting journey where you learn the basics of electricity, dive into the world of Micro:Bit programming, and build your own interactive treasure hunt! From coding sensors to creating clues, this hands-on adventure blends robotics, logic, and creativity — ending in an epic gameplay challenge.

Join the world’s leading experiential AI immersion camp designed to empower young changemakers! This 10-day/2-week hands-on summer program held in Cambridge, MA, USA, is led by Prof. Ramesh Raskar (MIT Media Lab) and features sessions by top academicians and industry experts. Explore cutting-edge fields like Computer Vision, NLP, and Robotics, craft a hi-tech startup pitch, learn how to write a research paper, and showcase your innovation at MIT during the Innovation Fest. The program includes a 3-day Hackathon, a visit to the Harvard Innovation Lab, and mentorship from global leaders—equipping you with the tools to lead, innovate, and make real-world impact through AI.

VEX IQ is a global robotics competition designed for students aged 8 and above. Participants design, build, and program robots to solve game-based engineering challenges, while developing critical thinking, teamwork, and problem-solving skills in an engaging and supportive environment.

The FRC Prep Program is a 40-hour intensive training designed to equip students with core skills essential for success in the FRC season. Through hands-on learning, students develop proficiency in Java programming, 3D CAD design, and mechanical construction, culminating in the prototyping of a functional robot model. This program builds both technical confidence and a strong competitive foundation.

FIRST Robotics Competition (FRC) is the highest level of school-based robotics, advancing from FTC. Students collaborate to design, build, and program large, industrial-grade robots (approximately 50 kg) under strict time constraints. FRC challenges teams with complex, real-world engineering problems, promoting advanced STEM skills, leadership, and global collaboration—preparing students for future careers in technology and innovation.

FIRST Tech Challenge (FTC) is a global robotics competition where students design, build, and program mid-sized robots (around 15 kg) to complete complex tasks based on an annual game theme. It promotes innovation, teamwork, and real-world problem-solving through hands-on experience and competitive events at regional, national, and international levels.