Advanced Modelling and Control of a Pressure Pump for Active Microfluidic Applications Integrated in a Digital Twin Platform

Microfluidic technologies make it possible to precisely control very small amounts of fluid and are increasingly used in applications such as biotechnologies, environmental monitoring, and advanced materials. However, many microfluidic systems remain expensive, complex, and dependent on bulky equipment, which limits their accessibility and widespread adoption. This project aims to improve a low-cost, open-source pressure control system designed specifically for microfluidic applications. The system generates and regulates air pressure without requiring an external air compressor, making it more compact, affordable, and easier to integrate into custom setups. The focus of the project is to develop an advanced control strategy that improves the speed, accuracy, and stability of pressure regulation across the full operating range. By combining expertise in microfluidics and advanced control systems from UQTR and UTC, the project will enhance the performance of a flexible pressure pump that can support multiple independent outputs. The resulting technology will help researchers and innovators access high-quality microfluidic tools without expensive infrastructure, supporting advances in healthcare, environmental technologies, and sustainable manufacturing. Ultimately, this work contributes to making microfluidic technologies more accessible, reliable, and impactful across a wide range of applications.

Faculty Supervisor:

Marie Hébert

Student:

Partner:

Université de Technologie de Compiègne

Discipline:

Engineering

Sector:

Education

University:

Université du Québec à Trois-Rivières

Program: