Streamlining Biomolecular Interaction Analysis for the Scientific Equipment Manufacturer

A centralized data platform improves user experience and efficiency of surface and molecular interactions analysis.

Quartz Crystal Microbalance with Dissipation monitoring (QCM-D) device | Source

Challenge

The customer, a manufacturer of scientific equipment, sought to empower scientists with a user-friendly and efficient software platform for analyzing surface-interaction phenomena, thin film formation, and layer properties. Existing methods were limited in scale and lacked dynamic capabilities.

Solution

A unified platform for biomolecular interaction analysis was developed. The platform integrated a centralized custom data warehouse with a robust analysis engine, allowing for both qualitative and quantitative evaluation of interactions in real-time.

Roadmap & Timeline

For the team of two software engineers and one UI/UX designer.

1. User Interface Design: Creation of a user-friendly interface for accessing and analyzing data (4 months)
2. Data Warehouse: Integration of scientific data modalities into the centralized data warehouse (2 months)
3. Analysis Engine: Development of the analysis engine to support various biomolecular and surface interaction…