image image image image image image

Tag: Science

STEAM Workshop

This workshop ran with the theme: Technology in Climate Action. This was both educational and very exciting. We had a simple introduction to environmental conservation, then jumped into coding.   The kids built a game where your tree only grows if you keep perfectly still. After that we shifted gears into hands-on science, exploring how CO₂ affects temperature rise in the environment. The kids ran a reaction using calcium carbonate and HCl, watching it produce water and carbon dioxide, and learning how those gases play out in the real world. We went on a deep dive into electronic components: LEDs, sensors, and microcontrollers. This showed the kids how each piece plays its part in transforming an input into a meaningful output. We then moved into full hands-on innovation where the kids assembled smart garden prototypes using Arduino boards, breadboards, soil-moisture/water meters, and wiring.

S.T.E.A.M Summer Camp

In July, the I.O.Me001 Social Innovation Center launched our 2-week STEAM Summer Camp, where our young students were able to participate in a variety of enriching activities. They have explored coding through Scratch, worked on electronics, and engaged in canvas painting, arts & crafts, and DIY projects. Additionally, students delved into pottery, 3D printing, and robotics, further expanding their skills in both creative and technological fields.   We are proud to provide a platform for young learners to explore and develop in the areas of Science, Technology, Engineering, Arts, and Mathematics (S.T.E.A.M).  

FootPrints Family Workshop : Kwale County

Adding to the FabKids agenda, in the month of July we had a training in Kwale County. We dove into the world of animation and storytelling using Scratch! The kids explored the “Next Customer Please” game and even built their own Space Talk games, all of that completely on their own.           Using the simple materials available around them, the children engineered mini-excavators powered by hydraulics, learning firsthand how pressure and motion work together in real machines. Unlike regular gardens, these smart ones use sensors to detect soil moisture to then automatically water the plants. This has introduced the kids to real-world applications of tech in agriculture.            

image image image image

Let’s Work Together

Want to Innovate and Create?

Collaborate with us