Healthcare
Designing Precision: Biomedical Case Management for Research and Discovery
6 months transforming breakthrough bioscience into user-ready innovation.
Results
Delivered a unified user experience across both the device touchscreen and the clinical web app.
Designed 48 detailed views with a modular Design System that ensured visual and functional consistency.
Enabled researchers to plan, schedule, and manage experiments collaboratively and error-free.
Reduced reagent waste through precise UX flows and real-time visual validation.
Highlights / Intro
Alamar Biosciences develops pioneering research instruments capable of detecting ultra-low protein concentrations, unlocking new frontiers in early diagnosis and medical discovery.
To bring this innovation to market, they needed a partner who could translate complex lab workflows into intuitive, data-ready software; minimizing risk and maximizing scientific efficiency.
unosquare’s nearshore engineering and design teams collaborated with Alamar’s R&D unit to create a dual-interface system, merging clinical precision with user-centered design for both web and on-device environments.
Challenge
Alamar’s technology required a digital environment as sophisticated as its science.
They needed to:
Simplify complex biomedical processes through clear, error-resistant UX.
Design for dual use: touchscreen instruments and web-based management.
Create a platform capable of handling real-time experimental data and resource allocation with precision.
Solution
unosquare designed and developed a biomedical case management platform that integrates seamlessly with Alamar’s device ecosystem.
The system allows researchers to control, schedule, and track experiments, ensuring full traceability and efficient use of reagents; critical for high-value diagnostic workflows.
Scope:
- Strategy & Design
- Front-End Development
- Instrument Interface
- Enterprise Web App
- 48 Views | Design System | Quality Assurance
Tech Stack
Functional R · Shiny UI
This project was driven by multidisciplinary collaboration across unosquare’s Centers of Excellence, combining technical precision with human-centered innovation:
Product Engineering COE → Mapped scientific workflows into digital journeys that improved researcher collaboration.
Design COE → Created an interface that reduced error rates and ensured accessibility under lab conditions.
Software Engineering COE → Implemented the dual-interface architecture for device and web synchronization.
Data COE → supported data traceability and visualization for research reliability and reproducibility.
When discovery meets design, science moves faster.
Next Starts Here
