Airgo
Airgo's cutting-edge technology purifies the air in emergency situations, providing a safer environment for individuals to navigate their way out of a building during a fire.
Objective: Reduce smoke inhalation risks (the leading cause of fire deaths) by providing clean air during emergencies.
Research: Studied fire-related fatalities and identified critical user pain points.
Development: Designed a sleek purifier with an intuitive 6x6-inch touch interface to adjust fan speed, monitor air quality, and activate emergency purification modes.
Outcome: AirGo combines functionality and modern design to enhance user safety during fire emergencies.
Skills: UI & UX, Product Design, Research, wireframing, Prototyping
Tools: Illustrator, Figma, Photoshop, Keyshot
Project Drivers
Ideation
Product Features
User Interface
Project Drivers
5 per 100,000 People
Die due to fire in India
Smoke Inhalation
Primary cause of death of the victims of indoor fire and inhalation of hot gasous smoke can also cause severe resperatory complications.
50%-80%
of the death are result of smoke inhalation injuries.
Ideation
Post it
Quick ideas were brainstormed and sketched to with the key driver in mind and most feasible idea were been selected.
Product Development
Airgo, the air purifier designed to help individuals safely evacuate during building fires. The sleek and innovative design language of Bosch has been incorporated into the product's aesthetics, ensuring that Airgo not only provides crucial functionality but also blends seamlessly with modern architectural styles.
A user interface was developed for the smart air purifier, allowing users to operate it directly. The purifier can be set once and will function accordingly. This approach focuses on designing the purifier's user interface itself rather than requiring users to install an additional application on their phones.
Wireframe
Sketched a few wireframes for the UI with a screen size of 6 inches by 6 inches to keep it as simple as possible, so that it is easier for users to adopt and navigate the system.
User Interface
User Interface is designed for the display to operate the and control the device
Menu has four options to control the settings for the Air purifier to adjust surrounding for the user according to the requirement which can be open by double tapping on the screen.
Air quality and humidity is monitored and can be Increased accordingly.
Fan Speed can be adjusted and if there is lots of smoke due to cooking etc then purifier can change in emergency mode to purify that smoke form the room
Can also check the filter usage and if needed can eject the filter to clean it
Prototype
For Physical Design Click here....
