The use of nanomaterials is growing exponentially. Is your company benefiting from this expansion. If not, let me help. I enjoy finding new ways to use and exploit some of their unique properties in developing the solutions needed for companies to succeed. Without simple, effective and inexpensive ways to deposit and bond nano particles to substrates, their usefulness is very limited. Utilizing my knowledge of their chemistry and physical properties, I can guide development to easier methods to functionalize and deposit various carbon and inorganic nanomaterials onto unconventional substrates, ranging from CNTs onto cotton and glass composite fibers, to copper and silicon nanoparticles onto polyester and kevlar. These materials look to improve performance of the products they are used in, leading to greater profitability. Qualifications- Experience in analytical and inorganic chemistries, polymer composites and electrochemical characterization. - Developed several hybrid nano-scaled electrodes for lithium ion batteries and super capacitors. - Professor of Engineering at a ABET accredited university - Design, mechanical analysis, and layup of fiber reinforced polymer matrix composites.
Listed skills include Characterization, Materials Science, Nanotechnology, Chemistry, and 27 others.