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Case Study
Mobile Design
Truck Mode For Google Maps - Concept Case Study
Truck Mode For Google Maps - Concept Case Study
Truck Mode For Google Maps - Concept Case Study
Truck Mode For Google Maps - Concept Case Study
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
A user-centered redesign of navigation tailored for India’s truck drivers, addressing real-world constraints like low bridges, truck bans, toll permits, and verified rest stops.
industry
Transport & Logistics
ROLE
User Research
timeline
◬ In Research Phase
Project Overview
Project Overview
This concept project focuses on designing a dedicated Truck Mode for Google Maps, specifically tailored to the needs of Indian truck drivers and logistics operators. It addresses challenges such as restricted routes, legal compliances, real-time hazards, and rest zones.
This concept project focuses on designing a dedicated Truck Mode for Google Maps, specifically tailored to the needs of Indian truck drivers and logistics operators. It addresses challenges such as restricted routes, legal compliances, real-time hazards, and rest zones.
Role & Responsibility
Role & Responsibility
My responsibilities included identifying user pain points through secondary research, defining feature scope, mapping user journeys, designing truck-specific UI components, and prototyping the complete navigation experience.
I also focused on integrating localization, voice interaction, and offline usability to make the solution practically viable in Indian road conditions.
My responsibilities included identifying user pain points through secondary research, defining feature scope, mapping user journeys, designing truck-specific UI components, and prototyping the complete navigation experience.
I also focused on integrating localization, voice interaction, and offline usability to make the solution practically viable in Indian road conditions.
