Case studies
Real engagements, fully anonymized. Each one meets the same standard: production-grade software built by people who understand the instrument, the measurement, and the science behind it.
Full instrument and analysis software for a label-free biomolecular-binding platform
Building every layer of software for a new label-free binding instrument — from embedded C firmware and a Linux capture driver to .NET instrument control and native global non-linear least-squares fitting of thousands of points in milliseconds.
An interferometric testbed for protein-microarray spot metrology
Designing the optical system and all of the software for a white-light interferometry testbed that maps the thickness and uniformity of protein-array spotting — optical-path-difference mapping with motion control and automated reporting.
A fully integrated Z-scan instrument for optical-nonlinearity characterization of novel nanomaterials
Designing and building a turnkey Z-scan system to characterize optical nonlinearities in novel Group IV-derived nanomaterials — integrating motion, a Ti:Sapphire laser, an optical parametric oscillator, and IR detectors under one custom .NET application, with results flowing into a company-wide LIMS.
A custom LIMS unifying ten materials-characterization techniques for DOE
Building a custom LIMS for a venture-backed materials startup — parameterizing the KPIs from ten-plus characterization techniques into one .NET / SQL Server system with a distributed desktop client, for streamlined design-of-experiments analysis, delivered in six months.