Role & Responsinbilities
Interface Design: Create a simple, intuitive UI for the smoke evacuator, ensuring ease of use in high-pressure surgical environments.
Collaboration with Engineers: Work closely with engineers to align design with technical requirements and integrate seamlessly into surgical setups.
Market Research: Conduct market research to understand user needs and identify gaps in current solutions to inform design decisions effectively.
Collaboration with Engineers: Work closely with engineers to align design with technical requirements and integrate seamlessly into surgical setups.
Market Research: Conduct market research to understand user needs and identify gaps in current solutions to inform design decisions effectively.
Roles
UX/UI Designer
Team
2 Industrial Designers + 1 UX/UI Designer
Timeline
6 months
Problem
Surgical smoke generated during procedures involving lasers or cauterization contains harmful chemicals, bacteria, viruses, and carcinogens, yet many surgical environments in India still lack proper smoke evacuation systems.
Context
What is Surgical Smoke?
Surgical smoke, also known as surgical plume, is a byproduct of surgical procedures involving lasers, electrosurgery, or cauterization. It is composed of airborne contaminants released when tissue is vaporized by heat.
According to global studies, the daily exposure to surgical smoke in operating rooms is equivalent to inhaling the smoke of 27-30 unfiltered cigarettes.
Design Considerations
01
Ease of Use
Simplified controls and clear navigation allow users to operate the device quickly and efficiently in high-stress environments.
02
Customization
Adjustable settings and user profiles let healthcare staff tailor the device to specific surgical needs, improving workflow efficiency.
03
Feedback
Real-time data display and clear alerts provide continuous performance monitoring, ensuring optimal device functionality during surgeries.
Solution
Surgical Smoke Evacuator Interface
A surgical smoke evacuator that integrates seamlessly into the operating room environment is crucial. The device must be user-friendly, efficient, and quiet while ensuring the safety of the surgical team and patient by removing harmful particles from the air.
