Leah Masschelein (DC5)

Additive manufacturing of functionally graded composite scaffolds and multiparametric microfluidic platforms for bone tissue engineering

Current laboratory models of bone help researchers study diseases and test new treatments, but they do not yet fully capture the complexity of real bone tissue. By developing next-generation 3D-printed biomaterials and miniaturised “bone-on-a-chip” devices, researchers aim to create more realistic laboratory models that better replicate the bone environment and cell behaviour. These innovative platforms can provide alternatives to animal testing for studying diseases and evaluating new medicines, helping to accelerate the development of safer and more effective therapies while advancing biomedical research.

Background

I have a background in industrial design engineering and biomedical engineering, combining experience in biomaterials development, additive manufacturing, and their application in tissue engineering. I am particularly interested in translating engineering approaches into innovative technologies that advance biomedical research and healthcare.