Let us create the perfect STEM curriculum tailored to your needs, designed by experts from IIT to provide the best hands-on learning experience and real-world application.
Living and non-living things, plant growth, the five senses, weather, magnetism, simple machines, states of matter, food chains, the water cycle, electricity, forces and motion, sound, the solar system, human body systems, environmental science, chemical reactions, microorganisms, life cycles, and basic engineering concepts through hands-on experiments and interactive learning.
Algorithm Play in a STEM lab covers fundamental algorithms, sorting & searching techniques, pathfinding, AI & machine learning basics, cryptography, robotics automation, data structures, computational thinking, and interactive problem-solving through games and hands-on activities.
Basic circuits, conductors and insulators, simple switches, batteries and LEDs, series and parallel circuits, electromagnets, basic sensors, introduction to motors, solar energy basics, sound through electronics (buzzers), and simple DIY electronic projects.
Basic arithmetic, number sense, place value, fractions, measurement, geometry, patterns, symmetry, data handling, time, money, simple algebraic thinking, problem-solving strategies, math in nature, coding fundamentals, and logic puzzles.
Mechanics, motion, forces, energy, work, power, gravitation, fluids, heat, thermodynamics, waves, sound, optics, electricity, magnetism, electromagnetism, modern physics, and simple machines.
Acids and bases, chemical reactions, periodic table, states of matter, solutions and solubility, pH and indicators, electrochemistry, chemical bonding, stoichiometry, polymers, environmental chemistry, nanotechnology basics, forensic chemistry, food chemistry, and safe chemical experiments.
Number systems, algebra, geometry, trigonometry, probability, statistics, data visualization, mathematical modeling, logic and reasoning, coordinate geometry, graphing, calculus basics, real-life applications of math in engineering and science, cryptography, game theory, mathematical puzzles, financial mathematics, and coding-integrated mathematics.
Basic electronics, circuit design, sensors and actuators, mechanical components, programming (block-based and Python/C++), Arduino and Raspberry Pi projects, autonomous robotics, robotic arms, line-following and obstacle-avoiding robots, IoT integration, AI and machine learning basics, drone technology, 3D printing for robotics, automation systems, and real-world robotics applications.
Learn about sensors by exploring their types, working principles, and applications, including light sensors (LDRs), temperature sensors (DHT11), motion detectors (PIR), sound sensors, proximity and touch sensors, gas sensors (MQ-series), magnetic and Hall effect sensors, water level and soil moisture sensors, accelerometers and gyroscopes, IoT-enabled smart sensors, and hands-on DIY projects for automation and smart applications.
Introduction to 3D printing, printer components, types of 3D printers, 3D modeling basics, slicing software, printing materials, design thinking and prototyping, layering and print resolution, supports and rafts, 3D printing safety, and troubleshooting & maintenance.
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