Profile
Educational Background
Ph.D, Nanoscale Science, University North Carolina at Charlotte
B.Sc, Professional Chemistry, Eastern Michigan University
Profile/About Me
I hold a Ph.D. in Nanoscale Science from the University of North Carolina, where my dissertation explored the intricate design and fabrication of low-loss, low-index metamaterials—pioneering structures that redefine how light and electromagnetic waves behave. Now, as a Senior Lecturer at Clemson University, I am driven by a passion for teaching and igniting scientific curiosity in the next generation of innovators. My approach blends dynamic student engagement with cutting-edge, active learning methodologies. By leveraging innovative tools like AI, I enhance retention and memory development, empowering students to forge lasting, meaningful connections with complex concepts. Whether unraveling nanoscale phenomena or refining classroom strategies, my mission is to foster a learning environment that inspires bold thinking and lifelong discovery.
Research Interests
As a former Research Scientist at UNC-Charlotte, I harnessed advanced computational tools—including COMSOL Multiphysics, MATLAB, and HFSS—to model physical systems and solve intricate scientific challenges with precision. My research encompassed nanomaterials, metamaterials, and applied science, with a strong emphasis on nanoparticle synthesis, catalysis, and sustainable energy solutions. From innovating in biodiesel and hydrogen production to designing catalytic systems that enhance energy efficiency, I explored the frontiers of energy and nanoscale science. This experience not only deepened my expertise but also fueled my passion for bridging theoretical research with practical, transformative applications.
Courses Taught
CH 1010 General Chemistry I
CH 1020 General Chemistry II
CH 3390 Physical Chemistry Lab I
CH 3400 Physical Chemistry Lab II
Selected Publications
Alisafaee, H; Cox, P.M ; Fiddy, M., Low-index metamaterials comprised of plasmonic dimers of aluminum- doped zinc oxide, Proc. SPIE 8806, Metamaterials: Fundamentals and Applications VI, 88061L (September 11, 2013)
