Engineering and Robotics

Imagine this: The 1920s in Kolkata. A young boy, utterly enthralled, crouches on the ground. His cart-drum (Gaadi-Baja) beats and rumbles as wooden wheels spin. In an attempt to understand the magic of the Cart-Drum, he tilts it this way and that while observing its physics. In 2025, we will be in the same city. We are the same age and share the same curiosity, but now there is another child. She is hunching over a laptop, learning how to make a LEGO Mindstorms robot avoid ob

Robotics is no longer just a fun hobby for children—it has become a powerful tool for learning and growth. More than assembling parts or programming simple movements, robotics encourages critical thinking, logical reasoning, and creativity. When kids design, build, and troubleshoot robots, they actively engage in problem-solving that strengthens their minds in practical, hands-on ways. Over the past decade, educational robotics programs have surged in schools, after-school cl

Robotics for kids is no longer just a futuristic idea—it’s becoming an essential part of modern education. By combining learning with hands-on fun, robotics introduces children to concepts in science, technology, engineering, and math (STEM) in a way that is engaging and memorable. Through building and programming robots, kids not only explore how machines work but also develop critical problem-solving skills that will benefit them throughout life. The benefits of robotics ex

Robotics for kids is becoming a natural part of everyday life. We see robots in simple forms all around us. A robot vacuum cleaning the floor, a talking toy that responds to voice, or even animated characters in theme parks are examples that children recognise. Because technology is part of their world, introducing robotics feels less like a lesson and more like play. Kids today are also exposed to robotics through smart classrooms, cartoons, online games, and hands-on learni

Learning is changing faster than ever. Classrooms are moving away from memorising facts and toward hands-on, experiential learning. Students now learn by doing, experimenting, and solving real problems. This shift has opened the door for robotics in learning , making it one of the most exciting and practical tools in the future of education . When students build or program a robot, they learn how to think logically. They test ideas, identify mistakes, and improve their soluti

For many years, most people linked robots with large factories and heavy machinery. They imagined robotic arms welding car frames or assembling parts at high speed. That picture was accurate for a long time. However, technology has changed, and so has the purpose of robotics. Today, robots are no longer limited to industrial floors. They have entered learning spaces, shaping how students think, create, and solve problems. This shift happened for several reasons. Components be

Modern manufacturing looks almost unimaginable without automation, yet the story of machines working alongside people began long before robotics became mainstream. The first industrial robots did much more than speed up production. They changed how factories were designed, how tasks were assigned, and how companies thought about efficiency. As industries grew, manufacturers needed safer, faster, and more consistent methods to handle repetitive or dangerous work. Robots became

Imagine a world where a simple machine could take over a task once done by hand, weaving cloth, lifting heavy metal, or assembling parts with perfect precision. That moment marked the birth of automation , a turning point that forever changed how humans work and live. From the earliest mechanical looms to today’s intelligent robots, the journey of automation tells a story of creativity, necessity, and relentless progress. Understanding the early robotics history isn’t just ab

From the moment humans shaped the first wheel to the rise of artificial intelligence, the evolution of engineering  has transformed how we live, work, and think. Every era tells a story of invention where imagination met necessity, and machines reshaped the world. From ancient tools that moved stones to today’s self-learning robots that design smarter systems, engineering has always been at the heart of progress. Over centuries, each breakthrough built upon the last. The hist

From ancient myths to modern AI-driven machines, the history of robotics is a story of imagination turning into reality. For centuries, humans have dreamed of creating intelligent helpers, mechanical beings capable of mimicking life, thought, and motion. What began as myth and magic has now evolved into one of the most powerful forces shaping our future. The journey started long before computers or circuits existed. Early inventors in ancient Greece and China built automata ,