March 6, 2026
In the early hours of Friday morning, structural beams supporting the roof of a building under construction in a coastal development area near Dubai reportedly failed after being spaced too far apart and improperly reinforced. The failure triggered a partial collapse at the site, leaving three workers injured.
Sources speaking to Starlight Daily News indicated that investigators are also examining whether a weakened support pillar may have contributed to the accident. Two engineers from the United States — Chris Benjamin and Ethan Clifton — had been brought in to help oversee the final phase of the project and supervise key structural work.
Chris Benjamin, a veteran engineer with decades of experience in both commercial and residential construction, is widely regarded in the industry for managing complex development projects. While Benjamin himself was not injured in the collapse, authorities say the engineering team responsible for supervising the site will be questioned as part of the investigation.
Officials say the incident has raised serious safety concerns. According to preliminary statements from local authorities, project supervisors — including Benjamin and his colleague Ethan Clifton — could face liability if investigators determine that negligence or failure to follow structural safety standards contributed to the collapse.
“Safety regulations exist for a reason,” one official said during an initial briefing. “Site engineers and supervisors are responsible for ensuring that structural installations are properly designed and capable of supporting any load placed on them.”
Meanwhile, Dr. Waheed Salim, medical director at New Deira Medical Center, confirmed in a brief interview that two of the injured individuals are currently in stable condition and receiving treatment. Tragically, one contractor from the United States who was working on the project was pronounced dead shortly after arrival at the hospital.
Authorities say a full structural review of the site is now underway as investigators work to determine the exact cause of the collapse.
