Work
Selected systems and technical dossiers across bioprocesses, instrumentation, models, manufacturing, and hands-on builds.
Execution
Selected systems
Bioreactor gas-control / oxygen-inference system
A hardware/software system attached to bioreactors to characterize mass transport and infer dynamic oxygen consumption, making scale-down reactors more informative.
Gas control, calibration, soft sensing
Reverse-engineered spectrometer for closed-loop polymer synthesis
An older spectrometer turned into a programmable measurement/control component for a continuous polyurethane reactor.
Spectroscopy, controls, reactor feedback
High-throughput microalgae measurement platform
An automated measurement and computer-vision workflow for quantifying photosynthetic performance at scale.
Automation, image analysis, physiology
Microbial adaptation and physiology
Theory and data work on how microbes allocate resources and respond to fluctuating environments.
Models tied to biological measurements
Separations / process passport / scale-up evidence
A broader programmatic effort around standards, scale-up evidence, and translational bottlenecks that keep promising processes from becoming infrastructure.
Manufacturing evidence, validation, standards
Tinkering, fabrication, and side builds
Small physical builds, repairs, fixtures, and shop projects that show practical engineering instinct and comfort around real materials.
Fabrication, repairs, rigs
Map
How the work clusters
Bioprocesses and scale-up
Bioreactors, physiology, soft sensing, process translation, and evidence that survives a change of scale.
Instrumentation and control
Measurement systems, reverse-engineered instruments, reactor feedback, automation, and calibration.
Models tied to experiments
Models that clarify what to measure, how to interpret biological variation, and where a system can fail.
Programmable materials and manufacturing
Polymer/process systems, scale-up evidence, separations, and infrastructure for making physical technologies real.