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He was the first biofabrication professor in Germany and brought the melt electrowriting technology to Europe. Since then, this high-resolution 3D-printing technology has spread to over 25 European laboratories, researched for osteochondral plugs, renal tubes, artificial blood vessels and nerve regeneration. Over five companies have integrated this technique into their bioprinters.

He was originally educated as a materials scientist, but attained interdisciplinary experience in diverse areas of the biomaterial development pipeline. He will use melt electrowriting at the Knight Campus to fabricate new, advanced, biomaterials that can be translated to clinical applications. Paul has published over 100 research articles in journals that include Advanced Materials Progress in Polymer Science and Nature Materials.