Generative AI for 3D Functional Material Discovery

Designing Smart Materials for Medical Implants Using AI and 3D Printing
This exciting PhD project combines cutting-edge artificial intelligence with materials science to develop new materials for medical implants and beyond. The research aims to speed up the discovery of innovative materials that could revolutionize fields like tissue engineering and regenerative medicine.
As a PhD candidate, you'll work on:
1. Using AI to generate ideas for new 3D materials
2. Predicting material properties using advanced statistical methods
3. Designing materials with specific properties for medical applications
4. Creating prototypes using additive manufacturing (3D printing)
5. Testing the 3D-printed materials in lab experiments

You'll collaborate with experts in AI, materials science, and medicine, using state-of-the-art computing resources and 3D printing technology. Your work could lead to breakthroughs in medical implants, tissue scaffolds, and other functional materials. The ideal candidate should have a background in materials science, engineering, computer science, or a related field. Strong programming skills and an interest in interdisciplinary research are essential. Knowledge of AI, 3D printing, or biomedical engineering is a plus. This project offers the opportunity to make a real-world impact at the intersection of AI, additive manufacturing, and healthcare. Join us in shaping the future of medical materials and contribute to advancements that could improve countless lives.

University website:
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If you feel interested in what we are doing at Data Flow Lab; If you are looking for a Ph.D. or post-Doc. research position at the University of Leeds, please send an email to A.Rabbani@leeds.ac.uk and attach your CV. I will let you know of openings.