Helping a location data services company find their way

HERE Technologies product line went from one-offs with a dispersed, disconnected set of product solutions to a focused, comprehensive, connected platformed suite of solutions that serve broad market areas.

Role

Sr. UX Designer

Industry

Automotive

Duration

5 years

Location data platform with various map data visualization tools for fleet management, traffic and inicidents, sensor tracking, and more.
Location data platform with various map data visualization tools for fleet management, traffic and inicidents, sensor tracking, and more.
Location data platform with various map data visualization tools for fleet management, traffic and inicidents, sensor tracking, and more.

Organization:
HERE Technologies
Traffic applications & tools
Tracking apps & services
Traffic maps for in-car navigation
Jarvish Smart Helmet

Stage 1. User Research

Having been involved in several projects accross the organization, the first course of action is to gather as much research on the user as possible. When needed, I would employ the Research and Insights team and collaborate on a proper research plan depending on the needs and limitations of the project.

Beginning with observational research and/or user interviews, in collaboration with the design research team, I was able to gain insight into how customers were using the current applications we offered. Realizing there were several different scenarios in which people used any given application, myself along with the product teams prioritized desired features based off of insights gained in our research sessions using affinity mapping. From there we were able to identify key areas that needed serious upgrades.

Stage 2. Ideation & Conceptualization

Based off of research insights, we would incorporate cross-collaborative design-thinking workshops to identify user pain-points and to identify key areas for improvements. As a UX designer, I would assist in the process by creating personas, scenarios, and early lo-fidelity concepts for user testings.

Based on feedback we would then define the golden path for the product and the user and define a minimum viable product release with a plan to iterate.

Stage 3. Design Execution

  • Wireframing: Developed wireframes for various app screens, meticulously planning each element of the user interface to ensure intuitive navigation and a seamless experience. These wireframes served as the foundation for the app's structure, focusing on facilitating easy access to educational content and interactive features.

  • Prototyping: Utilized HTML, CSS, Javascript, and Adobe Premeire to create working prototypes to hand off to development. Conducted live prototype demonstrations to stakeholders, providing a tangible sense of the app's look and feel, as well as its functionality.

  • UI Design: Crafted a visually appealing and accessible user interface working with the design system team to identify design system components and define and create new additions if needed.

    .

Organization:
HERE Technologies
Traffic applications & tools
Tracking apps & services
Traffic maps for in-car navigation
Jarvish Smart Helmet

Stage 1. User Research

Having been involved in several projects accross the organization, the first course of action is to gather as much research on the user as possible. When needed, I would employ the Research and Insights team and collaborate on a proper research plan depending on the needs and limitations of the project.

Beginning with observational research and/or user interviews, in collaboration with the design research team, I was able to gain insight into how customers were using the current applications we offered. Realizing there were several different scenarios in which people used any given application, myself along with the product teams prioritized desired features based off of insights gained in our research sessions using affinity mapping. From there we were able to identify key areas that needed serious upgrades.

Stage 2. Ideation & Conceptualization

Based off of research insights, we would incorporate cross-collaborative design-thinking workshops to identify user pain-points and to identify key areas for improvements. As a UX designer, I would assist in the process by creating personas, scenarios, and early lo-fidelity concepts for user testings.

Based on feedback we would then define the golden path for the product and the user and define a minimum viable product release with a plan to iterate.

Stage 3. Design Execution

  • Wireframing: Developed wireframes for various app screens, meticulously planning each element of the user interface to ensure intuitive navigation and a seamless experience. These wireframes served as the foundation for the app's structure, focusing on facilitating easy access to educational content and interactive features.

  • Prototyping: Utilized HTML, CSS, Javascript, and Adobe Premeire to create working prototypes to hand off to development. Conducted live prototype demonstrations to stakeholders, providing a tangible sense of the app's look and feel, as well as its functionality.

  • UI Design: Crafted a visually appealing and accessible user interface working with the design system team to identify design system components and define and create new additions if needed.

    .

In-car navigation
In-car navigation
In-car navigation
Jarvish smart helmet with heads-up display and accompaning mobile app
Jarvish smart helmet with heads-up display and accompaning mobile app
Jarvish smart helmet with heads-up display and accompaning mobile app

Stage 4. User Testing & Iterations

As Sr. UX Designer, after a product is launched and in the hands of customers, I would work with out research team to organize a series of user testing sessions and interviews, employing both qualitative and quantitative methods to evaluate the application's usability and effectiveness understanding the context of the data and to assure the user was accomplishing the jobs to be done in an intuitive manner. Ocassionally, we would also go out and test-drive the traffic analytics application to assure that the data was correct and icons, road segments, and other identifiers were showing up correctly. We then analyzed feedback to identify patterns and areas for improvement, leading to several design iterations that enhanced user engagement and satisfaction, which were then prioritized and put into production.

Tracking visualization tool wireframe
Tracking visualization tool wireframe
Tracking visualization tool wireframe
Tracking visualizion tool
Tracking visualizion tool
Tracking visualizion tool
HERE Venues as part of the Location Platform
HERE Venues as part of the Location Platform
HERE Venues as part of the Location Platform

Outcomes

During my time there, HERE's product line went from several one-off applications to a fully platformed suite of industry specific applications solving specific problems for our customers and end users. With the platform and the technologies available, HERE was able to continue to create partnerships where in which their data is utilized to it's fullest potential.

Outcomes

During my time there, HERE's product line went from several one-off applications to a fully platformed suite of industry specific applications solving specific problems for our customers and end users. With the platform and the technologies available, HERE was able to continue to create partnerships where in which their data is utilized to it's fullest potential.

Other projects

Copyright 2024 by Amanda Mallardo

Copyright 2024 by Amanda Mallardo

Copyright 2024 by Amanda Mallardo