What happens when a childhood fascination with robots becomes a way to bring technology into classrooms that rarely get to experiment with it?

For Arav Kaul, that idea became Project ZŪL.

Project ZŪL is one of the student-led initiatives featured in Athena Education’s Class of 2026 Annual Results Report, which captures the projects, impact and admissions outcomes across the cohort.

Arav had been building robots from a young age. But instead of keeping that interest limited to competitions and personal projects, he turned it outward. Project ZŪL was created to bring hands-on robotics, electronics and coding to students in communities where access to practical STEM learning was limited.

Project ZŪL has now reached 4,645+ students, trained 61+ teachers and engaged 29+ schools. Arav later earned admission to Duke University, where he’s studying Electrical & Computer Engineering.

The bigger lesson is not simply that Project ZŪL became large.

It is that Arav seized something he already loved and found a real problem worth solving with it.

How Project ZŪL Started With Robotics

Project ZŪL did not begin as a random “social impact project.”

Robotics was already part of Arav’s life.

He had represented India at international robotics competitions including FIRST, Robotex and MakeX. His connection to Jammu & Kashmir was personal too: his father is from the region, and Arav wanted to use his skills to expand access to practical STEM education there.

That combination gave the project a natural foundation.

Instead of simply teaching coding online, Project ZŪL focused on hands-on learning. Students worked with Arduino-based kits, circuits, sensors and programming so they could build technology rather than only read about it.

This is exactly why the strongest passion projects often feel personal.

They sit at the intersection of what you know, what you care about and a problem you genuinely want to address.

Athena’s guide on turning a hobby into a college admissions asset explores the same idea: an ordinary interest becomes compelling when a student gives it depth, ownership and purpose.

How Project ZŪL Reached 1,000+ Students

The idea became more meaningful once it left Arav’s own laptop and entered classrooms.

Students were given free Arduino kits, while teachers received training so the learning could continue after the initial sessions ended.

A one-day workshop can look impressive in photographs. A system that allows teachers to continue teaching after you leave creates something more sustainable.

Project ZŪL focused on three things:

• providing free robotics kits
• creating beginner-friendly STEM lessons
• training teachers to continue the programme independently

The project also received recognition from Jammu & Kashmir Lieutenant Governor Manoj Sinha, who commended the initiative for supporting technological learning and youth development in the region.

For students building their own projects, this is a useful distinction.

Impact is not simply how many people attend once. It is what continues after you leave.

If you have an idea but are unsure how to turn it into something substantial, book a free consultation to explore project directions based on your interests and intended academic path.

Why Project ZŪL Strengthened Arav’s College Profile

A project reaching 1,000 students is impressive.

But the number alone is not what makes the story assertive.

Project ZŪL fits naturally with the rest of Arav’s academic identity.

He was already deeply interested in robotics. He competed internationally. He built technical skills. Then he took those skills into a real-world setting and used them to expand access to STEM education.

Today, he studies Electrical & Computer Engineering at Duke and continues to work across robotics, computer vision and machine learning.

That kind of connection gives an application coherence.

Athena’s article on what admissions officers actually read first explains why this matters. Admissions readers are often looking for evidence that activities, academics and interests belong to the same person rather than feeling like disconnected résumé additions.

Project ZŪL also had external validation.

It received press coverage, government recognition and measurable outcomes. That makes the activity easier to understand and verify.

Athena’s guide on how competitions strengthen college applications makes a related point: outside recognition matters most when it validates work a student was already genuinely pursuing.

The title “Founder” is easy to create.

Building something people actually use is harder.

What Students Can Learn From Project ZŪL

The wrong takeaway is that every STEM applicant now needs to distribute robotics kits.

The right takeaway is much simpler.

Start with what you already know unusually well.

If you love coding, what problem could your skills solve? If you are fascinated by biology, where could that knowledge become useful outside school? Or if you spend every weekend building machines, who else could benefit from learning how to do the same?

Arav did not need to invent a completely new interest for college admissions.

He expanded one that was already there.

That is also why starting early helps. Athena’s guide on building a college profile from Grade 10 explains that meaningful projects need time to evolve. Students need space to experiment, fail, change direction and eventually develop real depth.

Project ZŪL has continued growing beyond its early 1,000-student milestone. Its current website reports thousands of students reached, dozens of teachers trained and programmes across multiple schools, showing that the project did not stop once applications were submitted.

And perhaps that is the strongest sign that an extracurricular was genuine.

It keeps going after the admissions deadline.

Project ZŪL started with one student’s love of robotics. It became a way to give other students the chance to discover theirs.

That is what makes the story worth remembering.

If you are still looking for the idea that feels worth committing to, the Athena Discord community is a good place to see what other students are building, exchange opportunities and find inspiration for a project that actually feels like yours.