Vector graphic
From 2016-2023 working in LeQuest I created vector illustrations. My process involves a deep understanding of both the aesthetic and functional aspects of medical technology. Through my work, I communicate the complexity of devices and thier interfaces while creating clean and organized digital assets.
Style and format
A realistic style builds user confidence by matching real-life experience, while focused details and shadows highlight what’s important. We avoid unnecessary complexity to keep graphics clear, lightweight, and distraction-free for effective learning.
SVGs are organized, scalable, and lightweight, making them perfect for crisp visuals and smooth animations. They let us group, label, and animate device parts and interfaces, so components and text fields are easy to edit, position, and translate. SVGs are also fast to load, accessible, and can be updated without a developer.
Process
My vector graphic process always starts with quick paper sketches to explore composition, angles, and essential elements-especially to meet learning goals and ensure usability. I often create several sketches before selecting the most effective concept. I use reference photos I take during factory visits to capture accurate details of devices.
Precision and details
Once we selected the concept, I bring the sketch into Illustrator. I build up the artwork using layers, basic shapes, and the Pen tool, carefully organizing layers for easy editing.
My vector medical illustrations are visually clear they’re created for clarity, reusability, and seamless SVG-to-engine workflows. Every layer is named, ordered, and grouped.
I focus on adding realistic details and shading to achieve depth and a polished look where needed.
My priority is to keep graphics clean and files lightweight. I regularly review my work, seek feedback, and refine as needed. This iterative approach helps me consistently deliver vector illustrations that are visually engaging, accurate, and optimized for learning and interactivity.
