Experienced researcher in tuning and characterizing the electrical, optical and electronic properties of organic semiconductors via molecular doping. In addition to the synthesis of carbon-related materials such as graphene and diamond like carbon. Design and troubleshooting of CVD systems, optimization of graphene growth, and its chemical modification towards application as transparent conductive electrode. Advanced user of ultrahigh vacuum systems including installation, maintenance and running experiments. Remarkable leadership practice developed through heading of numerous projects and extracurricular activities. Dr. Mansour is an active member of the Materials Research Society (MRS), and a founding officer of the KAUST-MRS student chapter, the first international MRS student chapter in the world.
Graphene synthesis and doping
My primary research focus and expertise has been on the synthesis and modulation of Graphene electronic, optical and transport properties by non-covalent doping
uLTRAHIGH Vacuum systems
Been working with ultrahigh vacuum and high vacuum for more than 10+ years. My expertise include installation, maintenance, upgrades and running experiments.
The Civil Engineering Center (Archived)
An academic hub that was developed during my undergrad studies in 2005, to provide lecture note and supplementary materials for students at the University of Jordan - Amman.