Become the Next-Gen School developing 21st-century STREAM Learning skills through World-Class Robotic building kits, Coding, and AI Curriculum – designed to build future-ready innovators.
Started in 2013, Prismart Global robotics textbooks and teaching kits bring STEM learning to life with an age-appropriate, well-structured curriculum aligned with NEP 2020, the Next Generation Science Standards (NGSS), and the UNSDGs.
Our DIY AI Robot and Robotics Learning Kits help students understand the basics of robotics and robotics concepts while also programming robots for robotic experiments. Every project helps them think analytically and become future innovators, problem-solvers, and learners.
For more than a decade, we have been delivering customised robotics solutions to foster STREAM learning among students from nursery to K12 at budget-friendly prices.
Easy-to-understand, skillfully crafted robotics textbooks from Grade 1 to 5 on Mechanical learning, Electronics, AI Coding, 3D Designing and Printing to enable students to explore the latest in robotics from the basics to advanced level.
Detailed LMS that simplifies robotics classroom management for teachers and helps students create activities, design robotic models, monitor progress, and boost self-paced learning.
More than 200 worksheets to help revise robotics concepts and strengthen problem-solving, design thinking, and decision-making skills in students. This builds confidence in students to create self-learning robots.
Robotic Learning kits for students with detailed student manuals to build, wire, code and create robots. Over 200+ practical, hands-on robotics activities to foster students' interest in robotics learning and AI coding robots.
Over 75 DIY robotics kits to help students build functional 3D robotic models from scratch. Designed for science and mathematics learning, these kits transform classroom concepts into engaging, practical experiences.
Prismart empowers teachers with on-site training and upskilling in Robotics, AI, Coding, and STREAM education. This supports Continuous Professional Development (CPD) as observed in the National Education Policy (NEP) 2020.
From mechanical and electronics learning to AI coding and 3D design and printing, our Robotics curriculum covers it all. Let’s dive in.
As part of the Mechanical Learning Robotics curriculum, students are introduced to simple model building through story-based activities, identifying and assembling components, working with mainboards, exploring gears, sensors, motors, levers, pulleys, and pendulums, and understanding motion and force.
The curriculum gradually advances to building complex robotic models using IR sensors, DC motors, card readers, and card-based coding, enabling students to apply engineering concepts and develop future robots
The electronics curriculum introduces students to the fundamentals of electrical circuits through engaging, hands-on activities. Learners create paper circuits using LEDs, buzzers, coin cells, and copper tape and understand electrical flow, switches, polarity, resistors, and circuit safety.
As their understanding grows, students build series and parallel circuits using real wires, sensors, motors, potentiometers, and Micro: bit, while learning to troubleshoot and create interactive electronic projects.
The AI Coding Robot curriculum introduces students to programming through Scratch and gradually develops computational thinking using block-based coding. Students learn sequencing, events, loops, variables, conditions, debugging, and user interaction while creating animations, games, and interactive projects.
As they advance, they explore AI concepts, hardware integration, robotics programming with the Coconut Kit, and game development using scoring systems, timers, operators, and logical decision-making, preparing them for modern AI and robotics applications.
Students explore the world of 3D designing using industry-relevant tools like SketchUp, beginning with basic shapes, equations, and modelling techniques. The curriculum progressively introduces digital modelling, game creation, 2D-to-3D transformations, detailed assemblies, symmetry, rotational forms, curved profiles, and real-life product design.
Through creative STREAM-based projects, students develop spatial visualisation, design thinking, and digital fabrication skills while learning to create accurate, functional, and visually appealing 3D models.
Our robotics kits for schools have empowered over 3 lakh students by helping them develop essential 21st-century skills, including STEM, Robotics, Artificial Intelligence (AI), Machine Learning (ML), Internet of Things (IoT), Augmented Reality (AR), Coding, and Virtual Reality (VR). Our hands-on robotics programme equips students with the knowledge and confidence to excel in future technologies while making learning engaging and practical.
With Robotime, you don’t just learn robotics, coding, and AI; you also gain exposure to real-world scenarios that build 21st-century skills and enhance cognitive development.
Prismart Robotic Building kits and robotic textbooks offer students hands-on learning experiences to foster STEM education and nurture their holistic development. Here are reasons that make us the best in the edtech industry:
We offer a robust learning curriculum aligned with NEP 2020, NCF-SE 2023, UNSDGs, and NIPUN Bharat, ensuring schools get access to updated, future-ready education.
Every chapter fosters STREAM (Science, Technology, Reading, Engineering, Arts and Mathematics) skills through hands-on activities across disciplines.
A cost-effective robotics solution where schools do not pay upfront infrastructure costs or high maintenance.
Detailed manuals, lesson plans, activity guides, flashcards and resources to simplify classroom delivery with regular training programs.
Students design, build, code & test robotic models through engaging, hands-on activities that inspire creativity and problem solving.
Continuous updates to include emerging technologies, industry trends and innovative learning practices for the digital age.
Trusted by students and schools across the nation to deliver quality learning experiences.
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