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Microsoft

  • Filming
Microsoft

Project overview

Objective

I had the opportunity to work with Microsoft on a project aimed at educating healthcare professionals about the revolutionary potential of AI-driven cancer research, specifically in collaboration with UHN. The goal was to communicate complex scientific concepts—such as precision medicine and data analysis across multiple cancer treatment platforms—in an accessible and engaging way.

Client
Microsoft
Industry
Healthcare
Year
2020
Piece
(04/09)
Live
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Process& tools.

01

Animation

  • After Effects
  • C4D
02

Video Editing

  • FCPX
  • Davinci Colour correction
03

Filming

  • Ursa Pro
  • Canon C200
  • Canon r5
  • Movi
04

Timelapse

  • Canon 5D

In the work.

Screens and stills from the project.

On location.

Shots from the room where it happened.

A gimbal-mounted cinema camera rigged on a rooftop overlooking the downtown Toronto skyline.
On set in a boardroom: a camera monitor in the foreground frames a presenter mid-talk under studio lighting.
A film crew lighting and shooting a presenter in a pink blazer in a bright office studio.
A camera monitor in the foreground showing a close-up of the pink-blazered presenter, with the live set behind it.
A close-up of a screen rendering the blue molecular-cluster animation inside a wireframe 3D viewport.
An After Effects viewport building a dense 3D particle data cloud for the Microsoft animation.
A rendered 3D scene of glowing blue molecular clusters arranged in a grid across dark server-like blocks.

The solution.

Solution

With a focus on clarity and engagement, I developed a series of 3D and 2D animations in Cinema 4D and After Effects to demystify the roles of PharmacoDB, SYNERGx, and CReSCENT within AI-powered cancer treatment. Drawing on research and scientific visual references, I created simplified models of cancer cells and other cellular structures to make the material both visually approachable and scientifically accurate.

Beyond animation, I was responsible for setting up interviews, including lighting, camera positioning, and lavalier microphone placement, ensuring high production quality. I also captured b-roll and time-lapse footage to enhance storytelling, and handled the film’s editing and color correction to maintain a polished and cohesive visual style.

By blending technical expertise with storytelling, my contributions supported Microsoft’s mission to educate healthcare professionals and highlight AI’s transformative potential in cancer research.

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Inmotion.

UHN Cancer Research Visualization Animation. Animation Insert: 3D Animations Created in After Effects + C4D
UHN + Microsoft Health Care Innovation. Main Video: UHN + Microsoft Health Care Innovation

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