HERE FOR AIR

HERE TECHNOLOGIES, INNOVATION TEAM

2017 No-fly zones for drones
Concept design to visualise what is needed from Map SDK to visualise no-fy zones for drones.
The working prototype was presented at CES 2018.

2019 UARP - drone flight planner
POC was presented at world air traffic management congress, Madrid 2019

My role: 
Defining the user needs and turning the needs to the product concept prototype and POC.
Working closely with developers and PM to define the POC. Creating interactions and the visual style for the map elements.


2017 NO-FLY Zones for Drones

1. DEFINING JOB STORIES

From the user research mapping the users needs.

2. UX EXPERINCE STORYBOARD

From the user research mapping the users needs and presenting it to the team.

3. INTERFACE DESIGN

Creating UI to show what is visually needed from map SDK. Indicating need of 3D maps when planning the drone flights.

 

4. OTHTER NEEDS

Visualisation of how 2D satellite imagery and simplified map canvas interaction.

2019 UARP - Drone flight Planner

1. VISUALISING DATA - GROUND THROUGH   FOR DRONES  No fly zones , sensibile buildings and other relative data for drone flight planning.

1. VISUALISING DATA - GROUND THROUGH FOR DRONES
No fly zones , sensibile buildings and other relative data for drone flight planning.

2. DRONE FLIGHT ROUTE  Calculated drone flight route from A to B.

2. DRONE FLIGHT ROUTE
Calculated drone flight route from A to B.

PENDING PATENTS

HN91137 Method and apparatus for visualising risk levels associated with aerial vehicle Flights.
HN91177 Method and apparatus for computing a three-dimensional route based on risk-related data.
HN91195 Method to compute flying paths for air vehicles that minimise their own ground-level relative noise impact.

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