Wings
In my Product Design and Development course, I collaborated with students from MIT Mechanical Engineering, Rhode Island School of Design, and MIT Sloan Business School to redesign and market a spine board for aquatic settings. After multiple interviews and user needs research, we identified several key functional requirements which were implemented in Wings, an easy to use backboard for aquatic rescue. Wings utilizes an air canister and two strategically placed tubes to allow lifeguards to vary the buoyancy of the backboard with a simple push of a button. I developed the refillable cannister system, aided in the design and manufacturing of the works-like and looks-like prototypes, and testing of the prototype with lifeguards. 
Wings, an easy to use backboard for aquatic rescue
Wings, an easy to use backboard for aquatic rescue
First works-like model made from wood and pool float
First works-like model made from wood and pool float
CAD model, showcasing the canister and tube system
CAD model, showcasing the canister and tube system
Slightly curved top surface for proper patient placement
Slightly curved top surface for proper patient placement
Air canister allows for underwater inflation of the tubes
Air canister allows for underwater inflation of the tubes
Deflated tubes allow for easy submersion and manipulation of the board under the patient
Deflated tubes allow for easy submersion and manipulation of the board under the patient
Inflated tube lifts the patient above the water
Inflated tube lifts the patient above the water
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