A Company Built on Precision
Founded in 1988 by his father, Galilee Surveyors has grown into one of Israel’s leading geospatial firms. Today, it is trusted with national-scale projects in energy, transportation, ports, and statutory mapping.
Firas grew up in the company, carrying survey equipment as a child before choosing the path of engineer and licensed surveyor. Over time, he worked his way into an executive role, now leading quality assurance and technology innovation on some of the country’s most complex infrastructure projects.
His mission is clear: deliver precision, innovation, and integrity in every project. As he puts it, “if the job is worth doing, we will do whatever it takes to get it done.”
Defining Moments in the Field
Firas’s career has been shaped by projects in extreme conditions. He once flew a drone near the border while the Iron Dome intercepted missiles overhead, mapped roads at the Dead Sea as sinkholes opened underfoot, and worked on a coastal oil jetty where a single misstep could have sent surveyors into the sea.
For more than a year, he and his teams also faced constant RTK signal spoofing and jamming. With GNSS corrections unreliable, they had to adapt methods, combine alternative tools, and rely on experience to keep projects moving.
These moments, Firas says, reinforced a core truth of his profession: “precision and adaptability are everything.”
Innovation Through Frustration and Bold Testing
“Innovation often starts with frustration,” Firas explains. “You’re on site, and you know there has to be a better way.”
The Carmel Tunnels project is one example. Relying only on total stations would have been slow and error-prone. By combining RTK GNSS outside with stationary laser scanning inside, Firas’s team achieved higher accuracy, greater safety, and faster results.
But for him, innovation is more than adopting tools — it’s an equation. Tools and skills feed each other. The more tools you master, the more your skills grow; the more skills you develop, the more value you can extract from new tools.
Many breakthroughs have come from bold, untraditional testing that others doubted at first — a piece of code, a new software, or an unconventional workflow. Some of those experiments went on to become standard practice after proving themselves in the field.