Bioengineering
David Wong
M. Albert Thomas
Jun Chen
Arash Naeim
Dr. Naeim is trained in health services research with an emphasis in cost-effectiveness and decision-making in older cancer patients, and his research focuses on aging and cancer. In recent years, Dr. Naeim has been involved in developing informatics in hematology/oncology. He has an interest in how electronic databases and medical records can be used in outcomes research, patient/physician education, and healthcare interventions.
Corey Arnold
James Dunn
Bill Tawil
Dr. Bill Tawil has over 20 years of experience in research, business development, and strategy. He is currently director of project management Abbott Medical Laboratories (a St Jude Medical Company). Previously, he worked as a senior scientist at U.S. Surgical Corporation and at Baxter BioSurgery. Before that, he worked in the field of tissue regeneration examining products (synthetic and biologics) that successfully deliver bioactive substances and cells to enhance healing in soft and hard tissue defects. He is on council for the TERMIS NA society and on the Executive Editorial Board for the Tissue Engineering Journal. Bill served on the BOD for the WHS from 2000 to 2005. He was on the Program Committee for the WHS from 1998 – 2000 and again from 2005 – 2008.
Dr. Tawil earned his bachelor degree in biochemistry from UC Berkeley. He completed his master’s and Ph.D. in Neuroscience at McGill University in Montreal studying the expression and function of adhesion cell surface receptors (integrins) in the Central Nervous System and during tumor metastasis. Subsequently, he spent four years of postdoctoral training at the Center for Cancer Research at MIT under the supervision of Dr. Richard Hynes investigating cell adhesion during the cell cycle.
Neil Lin
Lin’s research looks at developing 3D-printed tissues that mimic the geometric structure, mechanical properties, and functionality of human organs. This research could lead to detailed and complex model tissues for drug screening, and ultimately, artificial organs that could be transplanted into humans.








