An open-source Python platform for simulating BioMEMS devices, biosensors, and AI-powered calibration in an interactive web dashboard.
BioSimPy brings laboratory-grade BioMEMS simulation to your browser — no expensive software or cleanroom required. Simulate microfluidic flow, model biosensor behavior, and apply AI calibration — all through an intuitive web interface.
BioMEMS (Biological Micro-Electro-Mechanical Systems) are miniaturized devices that combine biology, microelectronics, and mechanical components on a single chip. They power:
- 🩺 Lab-on-chip diagnostics - Complete medical labs on fingertip-sized devices
- 💉 Wearable biosensors - Continuous glucose monitors, fitness trackers
- 🧬 DNA/protein analyzers - Genetic testing and molecular diagnostics
- 💊 Drug delivery systems - Implantable chips for precise medication release
- 🔬 Organ-on-chip - Miniature human organs for drug testing
| Module | Capability | Real-World Application |
|---|---|---|
| 💧 Microfluidics | Simulate fluid flow in microchannels | Lab-on-chip mixing, cell sorting |
| 🔬 Biosensors | Model sensor response with noise/drift | Glucose monitors, toxin detectors |
| 🤖 AI Calibration | Clean noisy data with machine learning | Smart sensor self-correction |
| 📊 Dashboard | Interactive visualization & analytics | Research, education, prototyping |