Ari's Portfolio :-)

✧ Project Fusion ✧

Project Fusion

Designs for the OR that are HE-75 compliant

Medical

Conference

Marketing

✧ The Process ✧

Imagining future-forward tech as a foundation to AI assistance for surgeons

My Role

Principal UX Designer

Timeframe

Completed over 2 weeks

Deliverables

High-fidelity concepts

Methods

Iterative design methods. Interdisciplinary feedback sessions.

✧ The Problem ✧

Creating novel, AI-driven concepts for the Healthcare Robotics Summit

Part of the 2024 HFES International Symposium in Chicago, Illinois, the Robotics Summit gathered experts for lectures and talks.

To ensure that the team could show illustrations without compromising previous client NDA's, we created new graphics that improved upon and expanded established domain knowledge.

✧ The Ideation ✧

Current methods of Robotic intervention cause significant inefficiency, leading surgeons to bypass using them, despite their increased accuracy

The team explored a variety of concepts that would enable surgeons to make more accurate pedicle placements without hindering their workflow or process.

Smart overlays give surgeons more information while preserving the C-arm view

Semantic color use would give surgeon important information at-a-glance

✧ The Initial Designs ✧

AI-powered suggestions can help reduce the number of modifications needed later in the surgery, saving time and increasing accuracy

Every screw positioning can significantly influence the rod location in subsequent surgical steps. By intuitively identifying these placements, the system can promptly provide fresh recommendations.

An "AI View" screen would help to increase transparency of the AI system and help technicians troubleshoot issues

Suggestions are made with an outline, while detected placements are indicated with a filled treatment

✧ The Iteration ✧

Multi-modal feedback to empower surgeons to do their best work

The new designs do not require the surgeons to plan, but rather, allow them to save trajectories and place screws quickly, efficiently, and effectively.

An AI assistant allows the surgeon to use voice commands to advance to the next vertebrae, cutting down on contamination from touching the screen or a mouse

A 3D model of the spine gives multiple views to best inform the surgery team

✧ The Impact ✧

Strong concepts to drum up potential clients in the medical & healthcare space

The audience was receptive and interested in the future-forward concepts we presented.

At least 10 possible leads were generated through the participation of this symposium.

Chat over coffee?

Let's talk about the value that I can provide to your team!

Schedule a 1:1 with Calendly ↗

Email ↗

Linkedin ↗

BUILT BY ARI WITH ♡

Chat over coffee?

Let's talk about the value that I can provide to your team!

Schedule a 1:1 with Calendly ↗

Email ↗

Linkedin ↗

BUILT BY ARI WITH ♡

Chat over coffee?

Let's talk about the value that I can provide to your team!

Schedule a 1:1 with Calendly ↗

Email ↗

Linkedin ↗

BUILT BY ARI WITH ♡

✧ Project Fusion ✧

Project Fusion

Designs for the OR that are HE-75 compliant

Designs for the OR that are HE-75 compliant

✧ The Process ✧

Imagining future-forward tech as a foundation to AI assistance for surgeons

Imagining future-forward tech as a foundation to AI assistance for surgeons

My Role

Timeframe

Deliverables

Methods

✧ The Problem ✧

Creating novel, AI-driven concepts for the Healthcare Robotics Summit

Creating novel, AI-driven concepts for the Healthcare Robotics Summit

✧ The Ideation ✧

Current methods of Robotic intervention cause significant inefficiency, leading surgeons to bypass using them, despite their increased accuracy

Current methods of Robotic intervention cause significant inefficiency, leading surgeons to bypass using them, despite their increased accuracy

The team explored a variety of concepts that would enable surgeons to make more accurate pedicle placements without hindering their workflow or process.

Smart overlays give surgeons more information while preserving the C-arm view

Smart overlays give surgeons more information while preserving the C-arm view

✧ The Initial Designs ✧

AI-powered suggestions can help reduce the number of modifications needed later in the surgery, saving time and increasing accuracy

AI-powered suggestions can help reduce the number of modifications needed later in the surgery, saving time and increasing accuracy

Every screw positioning can significantly influence the rod location in subsequent surgical steps. By intuitively identifying these placements, the system can promptly provide fresh recommendations.

An "AI View" screen would help to increase transparency of the AI system and help technicians troubleshoot issues

An "AI View" screen would help to increase transparency of the AI system and help technicians troubleshoot issues

✧ The Iteration ✧

Multi-modal feedback to empower surgeons to do their best work

Multi-modal feedback to empower surgeons to do their best work

The new designs do not require the surgeons to plan, but rather, allow them to save trajectories and place screws quickly, efficiently, and effectively.

An AI assistant allows the surgeon to use voice commands to advance to the next vertebrae, cutting down on contamination from touching the screen or a mouse

An AI assistant allows the surgeon to use voice commands to advance to the next vertebrae, cutting down on contamination from touching the screen or a mouse

✧ The Impact ✧

Strong concepts to drum up potential clients in the medical & healthcare space

Strong concepts to drum up potential clients in the medical & healthcare space

The audience was receptive and interested in the future-forward concepts we presented. At least 10 possible leads were generated through the participation of this symposium.

Chat over coffee?

Let's talk about the value that I can provide to your team!

Chat over coffee?

Let's talk about the value that I can provide to your team!

Chat over coffee?

Let's talk about the value that I can provide to your team!

The audience was receptive and interested in the future-forward concepts we presented.

At least 10 possible leads were generated through the participation of this symposium.