Overview
Overview
Overview
Geospatial AR Wayfinding System
Geospatial AR Wayfinding System
Geospatial AR Wayfinding System
An AR solution to simplify and improve visitor navigation across the Godrej campus.
An AR solution to simplify and improve visitor navigation across the Godrej campus.
1 Week
1 Week
TIMELINE
Geospatial AR
Geospatial AR
PROJECT CATEGORY
Individual
Individual
PROJECT at GODREJ
Problem Statement
Visitors frequently struggle to locate various plants on the Godrej campus, leading to frustration and inefficiency.
Problem Statement
Visitors frequently struggle to locate various plants on the Godrej campus, leading to frustration and inefficiency.
Problem Statement
Visitors frequently struggle to locate various plants on the Godrej campus, leading to frustration and inefficiency.
Problem Statement
Visitors frequently struggle to locate various plants on the Godrej campus, leading to frustration and inefficiency.
Objective
To design and prototype a Geospatial AR wayfinding system that simplifies navigation for new visitors, improving their overall experience.
Objective
To design and prototype a Geospatial AR wayfinding system that simplifies navigation for new visitors, improving their overall experience.
Objective
To design and prototype a Geospatial AR wayfinding system that simplifies navigation for new visitors, improving their overall experience.
Objective
To design and prototype a Geospatial AR wayfinding system that simplifies navigation for new visitors, improving their overall experience.
Challenges
Challenges
Challenges
Challenges
Addressing Key Technical and User Experience Issues
Addressing Key Technical and User Experience Issues
Addressing Key Technical and User Experience Issues
User Safety: Ensuring safe phone usage while walking and interacting with the app.
UI Placement: Avoiding occlusion of the user’s view with UI elements.
UI Height Detection: Accurately positioning AR screens at various heights.
Cognitive Load: Minimising user confusion by limiting the amount of displayed information.
Loading Times: Reducing coordinate loading times for a seamless AR experience.
User Safety: Ensuring safe phone usage while walking and interacting with the app.
UI Placement: Avoiding occlusion of the user’s view with UI elements.
UI Height Detection: Accurately positioning AR screens at various heights.
Cognitive Load: Minimising user confusion by limiting the amount of displayed information.
Loading Times: Reducing coordinate loading times for a seamless AR experience.
User Safety: Ensuring safe phone usage while walking and interacting with the app.
UI Placement: Avoiding occlusion of the user’s view with UI elements.
UI Height Detection: Accurately positioning AR screens at various heights.
Cognitive Load: Minimising user confusion by limiting the amount of displayed information.
Loading Times: Reducing coordinate loading times for a seamless AR experience.
Design Process
Design Process
Design Process
Design Process
Steps for Geospatial AR Development
Steps for Geospatial AR Development
Steps for Geospatial AR Development
Identified visitor navigation needs, designed and prototyped the AR interface with precise geospatial data, and implemented it using Adobe Aero. Tested extensively and refined based on feedback for an optimised navigation experience.
Identified visitor navigation needs, designed and prototyped the AR interface with precise geospatial data, and implemented it using Adobe Aero. Tested extensively and refined based on feedback for an optimised navigation experience.
The AR signage displays navigation for a campus building and nearby amenities, providing seamless wayfinding for visitors.
The AR signage displays navigation for a campus building and nearby amenities, providing seamless wayfinding for visitors.
Final Design Showcase
Final Design Showcase
Final Design Showcase
Final Design Showcase
Delivering an Effective AR Wayfinding Solution
Delivering an Effective AR Wayfinding Solution
The project delivered a functional AR wayfinding prototype for the Godrej campus, featuring:
Enhanced Navigation: Intuitive AR directions streamline visitor movement and reduce confusion.
Optimised UI: Strategically placed UI elements prevent view obstructions and improve usability.
Improved User Experience: Simplified interactions and clear guidance enhance overall navigation efficiency.
This solution effectively addresses key challenges, offering a user-friendly tool that significantly improves the visitor experience.
The project delivered a functional AR wayfinding prototype for the Godrej campus, featuring:
Enhanced Navigation: Intuitive AR directions streamline visitor movement and reduce confusion.
Optimised UI: Strategically placed UI elements prevent view obstructions and improve usability.
Improved User Experience: Simplified interactions and clear guidance enhance overall navigation efficiency.
This solution effectively addresses key challenges, offering a user-friendly tool that significantly improves the visitor experience.
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Let's Connect
Know more about me & my work
Looking forward to contributing to the next transformational experience!
Let's Connect
Know more about me & my work
Looking forward to contributing to the next transformational experience!
Let's Connect
Know more about me & my work
Looking forward to contributing to the next transformational experience!
Let's Connect
Know more about me & my work
Looking forward to contributing to the next transformational experience!
I design digital, physical and phygital experiences.
© Copyright Abhishek Manraj 2024. All Rights Reserved
I design digital, physical and phygital experiences.
© Copyright Abhishek Manraj 2024. All Rights Reserved
I design digital, physical and phygital experiences.
© Copyright Abhishek Manraj 2024. All Rights Reserved
I design digital, physical and phygital experiences.
© Copyright Abhishek Manraj 2024. All Rights Reserved