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Sapling

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Everyone deserves the chance to realize their dreams.

Many parts of the world, access to quality education in engineering is severely limited, leading to a significant shortage of engineers. While regions like the Bay Area thrive with a surplus of engineering talent, other countries struggle to cultivate the skills necessary to meet their growing technological demands. This disparity not only hinders innovation but also prevents communities from addressing critical challenges, such as infrastructure development and sustainable solutions. It's crucial to bridge this gap empower aspiring engineers globally to create a more equitable future.

I>>R's Approach

We are nurturing tomorrow's saplings who will innovate for communities and beyond. 

IRIS

Our program is proven to seamlessly introduce individuals to new concepts right their doorstep.  Whether through interactive workshops or curated resources, we ensure that learning is not only informative but also enjoyable. 

STEM

We support students in bringing their innovative ideas to life by offering grants and funding opportunities.

High school student teaching classmates robotics with hands-on coding and engineering project in a classroom setting

Our Impact

We know that how we teach is just as important as what we teach. That’s why our robotics program is designed not only to deliver technical content, but also to spark curiosity and engagement through hands-on, real-world learning. This year, we saw a 20% increase in student interest in robotics, demonstrating the growing impact of our approach.

Our curriculum is developed in collaboration with experienced minds from top robotics teams and STEM professionals, ensuring that students receive relevant and inspiring instruction. We also invest in building local capacity by training mentors within the community, creating a sustainable pipeline of STEM education that lasts beyond the classroom.

With job-embedded support and access to cutting-edge instructional materials, students are not only learning how to build and program robots—they're developing the critical thinking, creativity, and collaboration skills that will empower them for the future.

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