Two years after joining Cleveland State University (CSU), our lab secured its first National Science Foundation (NSF) grant (NSF EBMS). This project will leverage advanced biomanufacturing techniques, nanotechnology, and cell biology to develop innovative scaffolds designed to promote regeneration in injured peripheral nerves. We extend our deepest gratitude to our collaborators, Dr.Geyou Ao, Ph.D. at CSU and Dr. Megan Jack from the Cleveland Clinic, for their invaluable support. This collaboration not only strengthens the project but also creates exceptional opportunities for our students to work and train alongside both a robust engineering team and a leading clinical team in Cleveland.
At CSU, our lab is a hub for cutting-edge research in advanced biomanufacturing, with a special focus on regenerative medicine and human disease modeling. Equipped with state-of-the-art bioprinting systems that span a wide range of printing mechanisms, we have the capability to fabricate biological components and systems across micro to macro scales. Through strong local collaborations with research teams at CSU, the Cleveland Clinic, and Case Western, our students gain exposure to groundbreaking engineering methodologies and complementary biological techniques, fostering a multidisciplinary training environment.
We are looking for 1–2 PhD students with strong backgrounds in mechanical and biomedical engineering in coming Jan. Ideal candidates will possess some research experience, with expertise in bioprinting, biomaterials, fluid dynamics, cell biology, and foundational biological skills. This is a unique opportunity to engage in transformative research that bridges engineering and life sciences, pushing the boundaries of what is possible in biomedicine.
As the CSU PI for the Ohio Space Grant Consortium (OSGC) and a faculty in CSU NSF NRT program, I am committed to fostering research opportunities for undergraduate and graduate students in STEM fields. Our lab supports innovative projects aimed at developing new ideas and prototypes for biomedical applications, providing a vibrant platform for young researchers to thrive. If you are passionate about advancing biomanufacturing and biomedical innovation, please do not hesitate to reach out.
