Virtual Tissuescope Software Design User interface

Huron Digital Pathology

Virtual Tissuescope Software Design

Virtual Tissuescope Software Design

Design

Software + UI/UX

Huron Digital Pathologies develops clinical imaging machines and software for large and small scale labs around the globe. Huron asked Brash to redevelop their Virtual Tissuescope software. This software is the primary one used by technicians when scanning and manipulating slides and samples. The primary goal for the redesign was to deliver a platform which is easier and more intuitive to navigate. Huron also desired a lighter and more approachable user interface.

hurondigitalpathology.com

GPS tracking module clipped onto the dashboard of a car, displaying a compact, modern device with a sleek design for navigation and tracking purposes.
App and website dashboard for a GPS tracking device, featuring a user-friendly interface with real-time location data, and an API option for integration into other companies' dashboards.
Wearable GPS tracker designed for a person's wrist, offering a compact, secure fit with real-time location tracking for safety and navigation purposes.
Small tracking anchor placed on industrial machinery, designed for monitoring and tracking equipment status and location in real-time.
Close-up view of a touch screen, showcasing its sleek interface with clear, responsive controls for user interaction and navigation.

Research, Process and Aesthetic

The Brash team began the redesign by assessing who would be using the software and understanding their needs. Once the needs of users were established, the development of the system architecture began with wireframing and flow diagrams. With the structure of the software in place, the face of it began to take shape.

A number of aesthetic designs were put forth and tested to ensure that the icons, features and menus were all easy to understand and follow. After testing, refinements were made and graphical elements were tweaked. Ultimately, a final, polished version of the software was deployed and is included with all of Huron’s machines.

Close-up of a PCB (Printed Circuit Board) inside a larger anchor device, showcasing its intricate components and design for managing the device's functionality.
xploded view of a device, revealing the internal engineering components and design work, including circuit boards, sensors, and assembly parts, showcasing the device’s structure and functionality.