Police need an effective way to decontaminate their cars after transports but often are unable to return to their base after every incident. 

Police offices are often cramped spaces, where social distancing is difficult if not impossible. Police departments are looking for portable barriers to protect essential administrative staff in these spaces. 

As police begin to adopt more durable masks, they are looking for a mask design that is less intimidating to the citizens they serve. 

Paramedics now have to assume every ambulance transport contaminates their unit. They are therefore looking for a solution that allows them to quickly and effectively deconominate between runs. 

First responders face numerous emotional challenges related to COVID-19, including concerns about infecting their families and the stress of caring for so many infected patients. 

Paramedics use a nebulizer to treat COVID patients during transport. Patients exhale this mist, potentially spreading the virus. 

Respiratory masks can cause goggles to fog, making it difficult for paramedics to see vitals and care for their patients. 

Police departments are often cramped spaces where social distancing is impossible. Departments want an affordable solution that allows officers to safely complete paperwork and other office assignments from the relative safety of their police cars. 

Winner of the Feasibility Award, the team proposed a UV-C Led light solution mounted to the partrol car ceiling that allows officers to easily toggle on and off the device for disinfecting. 

The team developed a low-cost solution using PVC pipe and parts commonly found in hardware stores to create protective zones that adapt easily to most office environments. 

Winner of the iEx Design Award, the team designed a cordura mask that allows police to easily customize its appearance. The mask also features a magnet breakaway system to avoid injuries during altercations.  

The team proposed a low-cost solution using 3D printed pieces and off-the-shelf parts to create an overhead UV light with shadow detection capabilities to maximize  light exposure throughout the decontamination process.

The team designed a virtual peer-support community that connects first responders to local and national resources, provides real-time information on government guidelines, and offers ease of use. 

The team created an aerosol containment mask that features patient comfort, nebulizer compatibility, exhaust filtering, reuse, and mist disposal/decontamination. 

The team developed a lightweight 3D printed goggle clip and fan device to safely circulate air and mitigate fogging. 

The team developed a low-cost 3D printed laptop mount with articulating keyboard platform that minimizes space requirements while maximizing flexibility for different working environments.