Interactive microfluidic design editor

Computational Microfluidics

Fluigent Software Developement Kit

OpenFOAM solvers for flow and transport in porous media in paper-based microfluidics

Automancer is a software application that enables researchers to design, automate, and manage their experiments.

µDroplet is a platform to experiment with electrowetting with an 8×8 array of electrodes.

A python code to calculate the Brownian motion of colloidal particles in a time varying force field.

Modeling of droplet dynamics using multi-phase lattice Boltzmann method

Deep Learning Detector for High Precision Monitoring of Cell Encapsulation Statistics in Microfluidic Droplets

molyso - Mother Machine Analysis Software

Integrating Deep Learning with Microfluidics for Biophysical Classification of Sickle Red Blood Cells

PC code for the microfluidics control system

Code, data and notebooks for engineering enzymes with ultra-high throughput microfluidics. Please read our accompanying paper for details.

A tool that creates designs for microfluidic routing blocks.

A simulation tool for abstract microfluidic (1D) simulations for continuous flow, instantaneous mixing, membranes, and droplet routing.

Binary ElectrohydRodyNAmIc SolvEr (BERNAISE). This fork focuses on microfluidic CFD models such as droplet formation and Dean Drag forces

Simulate cells and particles

Nonlinear diffusion problems in Julia

Diffusion model for synthetic microscopy data generation