No project description available. Sponsor

No project description available. Sponsor

This project involves developing a remote-operated fire suppression system designed to detect hazardous conditions and respond to threats. The device uses smoke, heat and gas sensors to monitor environments, communicates risk through alerts and alarms, and deploys a mobile targeting system to neutralize fires while reducing risk to human responders.

This project involves designing a wearable health monitor that detects unsafe environments and supports worker safety. The device identifies hazards such as air particulates and exposed wires, then communicates this information to a supervisor’s smart device, enabling real-time monitoring and helping ensure workers are not at risk.

The purpose of this project is to increase worker safety on construction sites by detecting hazardous gases and temperatures. If the user enters an unsafe environment, an LED will flash or the helmet will vibrate depending on the environmental risk. The team’s solution will be a compact, lightweight module that can be attached to any…

This team’s project, OptimEYES, is an intelligent tool status notification system designed to enhance safety and efficiency on automated construction sites. As the industry shifts toward machine-operated tasks, operators are still required to remain nearby to verify accuracy. OptimEYES addresses this challenge by attaching directly to construction tools and monitoring operational status; such as obstacle…

This project uses four load sensors to measure a vehicle’s total load weight. It compares the weight to a user-defined maximum and triggers a warning if the load nears or exceeds this limit. The system provides real-time feedback to prevent overloading, enhancing safety and longevity for transport vehicles. Sponsor