I have 10+ years of research experience in two major areas of materials science and engineering. Among numerous other small projects and duties at the University of Illinois at Urbana-Champaign, I have worked on the following.
In the field of semiconductors, in specific photovoltaics:
- • In order to solve the difficulties in studying the grain boundaries in CuInSe2, I proposed a new method of grain-boundary study: the idea of studying of a single well understood grain-boundary purposefully grown into epitaxial thin films of CuIn(Ga)Se2. The program has been broadened to two graduate students and an international collaboration with Hans Meitner Institute, funded by a National Science Foundation grant.
- • During this work, I’ve also helped to implement and develop various techniques in the Materials Research Laboratory for studying photovoltaics. In particular, I implemented LBIC/OBIC measurements in the Alpha-SNOM in the laser facilities in MRL.
- • I have also designed and implemented a radio-frequency ionized plasma physical vapor deposition assist system (i-PVD) and implemented it in our growth chamber, among numerous part designs and repairs for the growth system.
In the field of Polymer Science and Engineering:
- • I synthesized a new low-cost medium temperature polyester thermosetting resin based upon glyptal resins.
- • I studied interchain transesterification reactions (ITR) in both thermosets and thermoplastics using lap-shear measurements and compression molding of structural composites.
- • I created novel nanoparticulates of all aromatic thermoset polyesters using interfacial solution polymerization using ultrasound techniques.
To get a more detailed list of the things I’ve done, please feel free to contact me for my Resume and check out my Linked In page.
If you would like to contact me in regards to consulting, please feel free to use my PGP/GPG public key to ensure our discussions will remain private.