Inspiration
"Imagine a hospital Ward where a deadly, highly contagious virus is spreading, but the person delivering the life saving medicine can not get infected."
What it does
Its a patient-health worker link preventing physical contact sensitive during contagious outbreak like COVID 19.
How we built it
Microcontrollers, sensors and manual effort
Challenges we ran into
Hospital connectivity and cloud latency-relying on continuous fire base. Synchronization can be difficult in the environment with unstable or fluctuating local hospital Wi-Fi networks or internet Financial problem for testing and upscaling the project.
Accomplishments that we're proud of
Fully operative medical delivery robot with: 90% Error reduction:Achieved through on device AI-powered patient verification directly at the back side. 30-40% Faster delivery: Driven by optimized, automated routing workflows compared to manual delivery. Reduced operational costs:Drastically lowers single- use PPE expenditure by cutting unneccessary high-risk entries.
What we learned
The intergration of technology to enhance the world's health demand..
What's next for DOCTORIAN MEDICAL ASSISTANT
Automatic charging battery station-autonomous docking and recharging when the system battery runs lower. Temperature-Control medicine storage-Active refrigeration units for safe transport of temperature sensitivity biological and medical specimens. Multi-robots coordination-Centralized fleet management algorithms running smoothly across multiple wards simultaneously. Hospital mapping using AI-Advanced SLAM(simultaneous localization and mapping).Neural network environment learning for rapid development in new facilities. Electronic Medical Records(EMRs)intergration-Continuous API connections directly linking delivery logs to official patient charts. Voice interaction system:Simple natural languauge voice command optimized by busy multi-tasking nursing staff.
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