Prof. Musah is passionate about greener construction with environmentally friendly materials, zero-emission construction sites, and smart energy-efficient buildings. His research is focused on Cross-laminated Timber (CLT) for high-rise buildings, nondestructive testing, environmental sustainability, and bio-based composites. He designs, manufacture and test different hardwood and softwood species for mass timber application. Achieved by tuning material density, macro anatomy, microstructures, and surfaces to study the material structural-property relationships for advanced applications as a structural member and for potential application in on-site and offsite construction.
His interest in achieving sustainability in society, especially in the built environment has pivoted his research in the development of renewable material based green products through intelligent and integrated design process coupled with the use of life cycle analysis, nondestructive testing such as Acoustics and Near Infrared Spectroscopy to assess structural damage and other desired properties. Prof. Musah’s current research also investigates sustainability where he is working to replace petroleum-based adhesives with sustainable biomaterials exploring additives like soy flour, nanocellulose, wood fibers. He also provides leadership for manufacturing and characterizing the quality of composites such as OSB, fiber board, plywood, and polymer composites.
