Delivery Airbot
Project Length
15 weeks
Problem Statement :
Nuro is designed to Lower Congestion, Increase Convenience, and Delivery Goods Efficiently for Airport Travelers.
Skills Used :
Collaboration, Research, Sketching, SolidWorks, Prototyping, Keyshot
meet the team
demographic target : airport passengers
Context |
Airport travelers use different types of gates, terminals, and vendors to navigate their journeys. The step-by-step tasks required to move through security, find food, and secure seating can become stressful. Some challenges they encounter are over crowded gates, long walks to vendors, and losing their seats while away.
They desire an overhead rail system that delivers food and convenience items directly to their location through a mobile app. This provides them with a piece of mind, reduces congestion around terminals, and ensures safety, trust, and comfort as they remain in their current position.
user journey : flow through the airport
system analysis
primary research
pain points
problem statement
An Airport Delivery Robot, traveled on the Ceiling by Electronic Rails, Offering Travelers Less Congestion, Convenience, and Efficient Delivery of Goods.
design goals and objectives
APP CONTROLLED
Insuring that the robot can be controlled through an app when ordering from food vendors, ticket and flight information
DECREASE CONGESTION
Allowing for passengers to move more freely through the airport terminals by having an overhead delivery system.
INCREASE CONVENIENCE
Improving convenience for passengers to feel comfortable where they are while also getting the material they need.
inspiration board
Form Inspiration
Gathering a set of designs that influence form, function, and interfaces that will be applied to our robot aesthetic.
initial sketches : mechanical, user interaction, and form studies
personal refined sketches
prototype
"The robot needs to integrate the wheels with the
form better, seems like two parts just slapped together."
"I liked the size of the package, but I would like a tray to approach me when the door opens!"
"One of the things that are not working for me is the form; it feels like the wheel system and robot are different design directions!"
human factors
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How a user would approach and visualize the package carrier when operating.
The cable depth analysis is demonstrating how far down the package carrier can go with different forms of height in humans.
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Different degree of head tilt
for various human height.
renders : rail system and robot
renders : package carrier
renders : led interface
The white light means that the robot is activated and in use.
The red light means that the robot is down and needs maintenance.
The yellow light means that the robot's package is being deployed, loaded, or unloaded, and users need to take caution.
The white light means that the robot is activated and in use.
renders : user interface
This descriptive screen is shown to the user to collect personal information and engage with the robot.
This descriptive screen is shown to the user to verify the correct personnel.
This descriptive screen is shown to notify maintenance that the robot is down and needs to be fixed.
This descriptive screen is shown to the user to collect personal information and engage with the robot.
renders : internals
nuro app
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story board
animation
