Mohammad F. Islam is a professor in the Department of Materials Science and Engineering at Carnegie Mellon University. He received his Ph.D. in physics from Lehigh University, focusing on aggregation and adsorption behavior of polyelectrolytes. He then moved to the department of Physics and Astronomy at the University of Pennsylvania as a postdoctoral fellow. There he worked on colloidal systems and carbon nanotubes. Since joining Carnegie Mellon, Islam has received the National Science Foundation CAREER award, the Alfred P. Sloan Research Fellowship, the Kavli Frontiers Fellowship, and the College of Engineering George Tallman Ladd Research Award.

3305 Wean Hall
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Mohammad Islam
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2000 Ph.D., Physics, Lehigh University

Media mentions

Wilton E. Scott Institute for Energy Innovation

Three MSE faculty win Scott Institute grants

Three MSE faculty—Paul Salvador, Mohammad Islam, and Mohadeseh Taheri-Mousavi—were awarded funding by the Scott Institute for Energy Innovation to support cutting-edge research in sustainable energy solutions.

Pittsburgh Business Times

Islam’s carbon-nanotube technology set to receive commercial debut

MSE’s Mohammad Islam was interviewed by the Pittsburgh Business Times about Watson Nano, a new company co-founded by Islam and Trey Watson as a result of Islam’s research on carbon nanotubes. Watson will license the technology and hopes to scale it commercially soon.

CMU Engineering

Resetting the standard in orthopedics

Exoform, a customizable, semi-rigid material with self-fusing edges has the potential to eliminate many of the doctors visits that go along with broken bones, not to mention help them heal faster.

Scott Institute

CMU Engineering faculty awarded Scott Institute seed grants

Eight research projects lead by CMU Engineering faculty have been awarded 2020 Seed Grants for Energy Research by the Scott Institue for Energy Innovation.

the Manufacturing Futures Institute

Self-healing material research

Carnegie Mellon University’s Mohammad Islam and Lining Yao are developing a self-healing actuator, called Healer, which is expected to fully heal itself within a few hours with the same shape, functionalities, and properties as before if it is broken into pieces. Such actuators can be used as sensors and synthetic muscles.