Hey! I’m Josh, and my journey into industrial design was sparked by following in the footsteps of someone I admired who worked in the automotive design field. My previous career path in engineering didn’t feel rewarding, and lacked the creative elements I needed to feel fulfilled. Becoming an industrial designer felt like the best way to get hands on in a creative field with limitless potential. I enjoy being able to take full advantage of my creative ability and putting it to good use in the future.
The four essential pillars encompass human-centric design approach and the understanding of full-bodied, three dimensional physical interaction of user, product and environment. The projects generate innovative solutions using research-driven, evidence-based designs which focus on the user experience.
ROSARIA (Remote Operated Search And Rescue Intelligent Assistant)
is designed to be a proactive solution for Urban Search and Rescue teams to safely and remotely gauge risks and collect data about collapsed structures, while simultaneously searching for signs of life. ROSARIA boasts a robust storage solution which the operator can use to store equipment, or deliver goods remotely. The integrated storage system allows it to carry equipment, taking the load off the user.
ROSARIA’s primary function is to act as an extension of the user’s senses.
Using the dedicated operator helmet, the user is able to control every aspect of the device using both voice commands and integrated buttons on the helmet.
ROSARIA is designed to be compact and to be used as a backpack when idling. It can rest comfortably on the user’s back, secured using its integrated strap system.
The operator’s helmet is designed to be comfortable and meant to be worn for extended periods of time. Buttons are located on either side and can easily be reached to reduce fatigue. Vents around the helmet provide consistent airflow, reducing the likelihood of overheating.
ROSARIA incorporates a blend of materials that are lightweight, easy to manufacture, durable enough for the job
and offer opportunities for recycling. It primarily consists of a carbon fiber chassis with an aluminum substructure, and an acrylic based thermoplastic resin outer shell.
Earthquakes remain one of the most destructive forms of natural disasters, and search and rescue workers are given very little time to respond. While concern for the safety of disaster victims is the priority, the safety of the workers and volunteers is equally as important. Time is of the essence when disaster strikes, and every minute counts when dealing with structural collapses. Aftershock is a major concern when workers are rescuing or scouting for survivors, among other things like respiratory infection, heat exhaustion, etc. It's concern for these factors and varying uncertainties that cause delays in relief efforts. Therefore, how can we reduce the risks faced by search and rescue workers as they carry out their tasks, without sacrificing operational effectiveness?
This is an in-depth look at both the robot and helmet models used to create ROSARIA. Both models were designed full scale, and printed at 1:3 scale.
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