Empowering young minds through hands-on robotics and AI activities for stream learning
At Prismart Productions, we take your interest in robotics learning to the next level with our age-appropriate, well-structured curriculum aligned with NEP 2020, Next Generation Science Standards (NGSS) and UNSDGs.
Our DIY Robotics kits with reconfigurable components for all age groups guide students and prepare them for the future with modern skill sets such as analytical thinking, coding, programming logic, electronic awareness and decision-making.
Schools and students using Prismart Robotime remain at the forefront of innovation and self-paced learning. Together, we nurture young minds to become the innovators of tomorrow.
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.
Well-researched interactive robotics books set students on a journey of design-build-test and develop future-ready skills. Includes textbooks on Mechanics, Electronics, AI Coding, and 3D Designing & Printing.
More than 200 worksheets reinforce robotics concepts and promote decision-making skills through hands-on activities.
A detailed LMS streamlines classroom management for teachers and students. It helps students create activities and robotic models by themselves and strengthens their interest in self-paced learning.
Over 200 activities engage students in learning by doing and make robotics learning easier, fun and memorable. They enable students to experience project-based learning (PBL).
Over 75 DIY robotics kits in science and math give students the opportunity to build 3D robots from scratch, making robotics learning interactive and enjoyable.
Empowering teachers with on-site training and upskilling in STREAM subjects, AI, Robotics, and Coding. This is helpful in Continuous Professional Development (CPD) as per the National Education Policy (NEP) 2020.
Prismart provides enriching textbooks that help students develop an understanding of mechanics, electronics, circuitry, AI coding and 3D design through its four pillars
Building mechanical learning models without code.
Class 1:
Story-based activities. Build strong models — some with motors, some without. Develop observation and creation skills.
Class 2:
Story-based activities. Identify and assemble parts. Use a mainboard to run models.
Class 3:
Introduction to sensors and gears. Fundamental understanding of robotic mechanisms. Team-based projects. Science-based chapters.
Class 4:
Explain motion with gears, motors and levers. Learn forces using pulleys and pendulums. Build complex models with science-based chapters.
Class 5:
Build models using a mainboard, card reader, IR sensors and DC motors. Card-based coding to program complex models.
Class 1:
Understand the basics of electronics using paper circuits. Build circuits using LED, buzzer, coin cell and copper tape.
Class 2:
Understand the basic flow of electricity. Connect circuits to a magnet-activated reed switch. Follow electrical safety.
Class 3:
Understand electrical flow. Build open and close circuits. Connect components using alligator clip wires to build circuits with real wires. Troubleshoot and fix circuits.
Class 4:
Build circuits with switches and potentiometers. Learn the role of resistors and polarity. Practice electrical safety.
Class 5:
Understand electricity flow in series and parallel circuits. Build circuits with multiple LEDs, buzzers, LDR, motors, switches and sensors. Use Micro:bit to create interactive projects.
AI extensions for project-making and block-based hardware coding.
Class 1:
Explore Scratch and its workspace. Use blocks to animate characters to dance, move and make sounds. Introduce user input (asking questions), collision detection and scoring.
Class 2:
Learn sequencing, basic movement, event handling, iteration, pen tool and angular movement. Use events, forever loops, changes of costume and backdrops. Encourage user interaction.
Class 3:
Use loops, events and conditions. Learn and make basic AI projects. Explore robotics with the Coconut Kit. Work with variables and effects.
Class 4:
Use variables to store and update data. Use if/else blocks to make decisions. Debug and fix errors. Test and improve the project.
Class 5:
Use sequences, loops and events for interactive programs. Create multi-level games with scores and timers. Use operators for calculations and game logic.
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.
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.
Stimulate mind and encourage design thinking
Boosts creativity and innovation
Builds future-ready mindsets
Strengthens computational thinking and algorithmic literacy
Connects learning to real-world challenges
Enhances communication and teamwork
Prepare students for 21st-century careers
Help tackle real-world problems
Prismart Robotime is a comprehensive robotics curriculum offered in the form textbooks and DIY robotic kits to over 1200+ students across Pan India.
Choose Prismart Robotime for an end-to-end, holistic curriculum that nurtures cognitive skills and promotes discovery-based learning.
We offer a robust curriculum aligned with the NEP 2020, NCF-SE 2023, UNSDGs, and NIPUN Bharat.
Every chapter fosters STREAM (Science, Technology, Reading, Engineering, Arts and Mathematics) skills and enhances conceptual understanding through interactive activities.
Prismart Robotime is a zero-investment option where schools do not pay upfront for labs funded via student participation.
Curriculum manuals with detailed lesson plans, activity manuals, flashcards and guides simplify instructions and enhance classroom engagement. Additionally, we provide capacity-building sessions for teachers.
DIY robotics kits and interactive activities promote ‘learning by doing’ rather than rote memorisation.
Content is regularly updated to include relevant topics and emerging technologies in the rapidly evolving tech landscape.
"Prismart Productions helped us thrive in online education with high-quality 3D lesson videos. Their work brought each concept to life with utmost precision. Moreover, their professional approach and super responsive attitude to our feedback made our work so smooth. We highly recommend Prismart for customised 3D e-learning videos."
"The Prismart team made ready-to-deliver high-quality capsule videos for different subjects. Their understanding of curriculum requirements and learner engagement amazed us! Their team has got a knack for delivering ed-tech solutions in high-quality standards within tight turnarounds."
"For more than a decade, Prismart has been providing e-learning videos, worksheets, quizzes and game simulations to 1200+ Bachpan Play Schools. Their age-appropriate, fun-based learning approach combined with technical expertise makes them a reliable ed-tech partner."
"We’re so impressed by the company’s versatility, turnaround and output.<br> They delivered video-based learning modules and<br> supplementary materials like activities, quizzes and practice exercises that our students loved absolutely"
"Positive experience, they were very flexible and accommodating of our requirements, responsive to our suggestions and edits. They were good value for money and we were happy with the end results. They had quite a difficult task in identifying voice actors from the various Southeast Asian languages and were able to do so. Overall positive experience."
"From K1 to K12, Prismart smart classroom solutions have helped us succeed as an edtech school built to teach modern curriculum with tech-based learning. We are so happy with the response from our students. Their grades have improved. Much recommended."
"Prismart’s 3D animation work was truly commendable. The animation was up to the mark, and it perfectly captured the essence of our message. We would highly recommend it to any organization that is looking for high-quality 3D animation work."
