T-Mobile: 5G Advanced Network Solutions

Partnering with Freshwata Agency, I creative directed and led the motion design for a stylized, high-tech animated 3D cityscape illustrating how data and Advanced Network Solutions power modern corporate infrastructure.

UI/UX

The experience was meant to help T-Mobile representatives be able to easily illustrate and navigate to the relevant information in their presentations. This was built as its own standalone app as we created UI consistent with their brand and with subtle dimension to fit into our world.

Two digital map markers with touch icons, one with a pink touch icon on a white and pink base, and the other with a white touch icon on a pink and green background, set in a colorful, stylized cityscape with trees, buildings, and stairs.
A sequence of diagrams showing the development of a conceptual architectural design, starting with basic layout sketches and evolving into detailed three-dimensional models with labels such as "Factory" and "Office" and annotations indicating different structural elements and zones.

Storyboard & Layout

Collaborating with designer @mookka.artist, we started breaking down the script into boards. I worked on getting a look started as we figured out how to bring T-Mobile’s identity to life in our new world. For the city’s layout we wanted to keep the rules simple and clean; a grid was necessary with smooth rounded edges.

Look Development

I started by making some simple shapes and only focusing on what was important. The simplicity was important to tell the story, we created each asset to match the simplified look. The look started with too much purple, we started to roll it back as we further iterated.

A collage of digital illustrations depicting futuristic cityscapes with tall buildings, green parks, and advanced technology elements in vibrant purple, blue, and pink hues.

Art Direction & Animation

I defined the sleek, neon-infused digital aesthetic, crafting a balanced architectural layout of 3D models and urban elements.

I animated the dynamic networks and kinetic camera paths to translate complex data structures into an engaging, fluid narrative

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