How 3 Arab-Israeli kids from a poor village with limited Internet access won a tech prize - Friends of Israel Sci-Tech Schools

The Jewish Telegraphic Agency
By Ben Sales

HAIFA, Israel — Tamim Zoabi knew that if he and his classmates could win at the Young Engineers’ Conference, it could mean a ticket to a better life – a coveted university scholarship for this truck driver’s son from a poor village in northern Israel.

But no Arab team had ever won at the conference, a competition among Israeli high school entrepreneurs to come up with the best high-tech startup idea.

Zoabi grew up a world away from Israel’s thrumming high-tech scene, with its hyper ambitious entrepreneurs and millions in venture capital. Though his school is focused on technology studies, it lacks many of the resources needed to help students develop the kind of app Zoabi and his teammates hoped to enter in the competition. Even reliable Internet access is hard to come by.

On the day of the conference, Zoabi’s team’s stood near a helmet that manipulated brain waves to alleviate depression and down the row from a prototype for a robot that detects land mines. Their presentation was a 3-D diorama of a neighborhood with a toy firetruck.

But when the judge’s verdict was announced on Feb. 23, Zoabi and teammates Ruaa Omari and Masar Zoabi (no relation), had achieved something unprecedented for a group of Arab students: They won third place.

“I’m always impressed by new things, technology, machines,” Tamim Zoabi said. “This was a surprise.”

Zoabi and his teammates are students at Bustan El-Marj Sci Tech High School, part of the Israel Sci-Tech Network of high schools, which aims to narrow achievement gaps by providing science education to students of diverse economic backgrounds. Tamim Zoabi’s father is a tow-truck driver and seasonal farm laborer, while Omari’s is a handyman. Masar Zoabi’s father died this year, and her mother does not work.

“Most of the students, their parents don’t have higher education,” said Shada Omari, a teacher at Bustan and the team’s adviser. “They’re working in agriculture and industry, not in high-tech or advanced things. If the students were in a population where the parents had higher education, they would have gotten further.”

Competitors in the conference work on everything from biomedical devices to military technology, but the Bustan team put its efforts into addressing a local problem. Each year, forest fires ravage the area where they live, a cluster of impoverished villages near Nazareth in the Galilee. Sometimes the fires burn for hours before their local understaffed fire department is able to extinguish them.

At first, the team set an ambitious goal: to build a robot that could enter a blaze and begin to fight it. They were supposed to begin the project halfway through 11th grade, but their school couldn’t afford the necessary resources or budget class time for the project. So they scaled back, focusing instead on an app capable of locating the nearest fire hydrant and identifying the fastest route for firefighters to get there.

“It’s like Waze,” said Masar Zoabi, referring to the crowdsourced traffic mapping app. “Waze helps people get to places they don’t know. The hydrant might be next door, or around the back, and they won’t find it. This will show them the way.”

Beginning in their senior year, the team was given eight hours of class time per week to work on the project. But the lab at their school had unreliable Internet access, so they used their teacher’s cellphone as a hotspot. Team members also faced the challenge of writing a scientific abstract in Hebrew, their second language.

Some of the other projects in the competition required the purchase of sensors, robotics and prosthetic limbs. The Bustan team looked for free help wherever it could. Tamim Zoabi taught himself the programming language Javascript. Masar Zoabi used a free online tool to connect a database of every hydrant in Israel to Google Maps and then used Google’s software to automatically calculate the shortest route.

The team placed behind a system for monitoring abdominal aneurysms and an automatic-transmission bicycle, but third prize was still good enough for a partial scholarship to study science, technology, engineering or math at an Israeli university.

“They invested a lot,” Omari said. “They’re very dedicated students and they have a lot of potential. They worked hard and got it. It’s a stunning app.”

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