Works closely with users on developing protocols for applications in biology, materials science, and chemistry. These include cell-based assays, electronic and optical device prototyping, gene-chips, combinatorial nanoscience, and large area nanoparticle synthesis. In addition, he is responsible for training staff and graduate students to operate TERA-print’s tools and works closely with clients of varying scientific backgrounds to effectively use the Company’s technology. In addition to this work, he works with colleagues to develop and design promotional, marketing, and branding materials for the Company (i.e. brochures, flyers, etc).

Worked on refining nano-printing technology based on two forms of cantilever free scanning probe lithography, known as polymer pen lithography (PPL) and beam pen lithography (BPL). Position responsibilities:- Evaluating potential structures for fabrication (e.g. single nanoparticle formation)- Determining possible inks which can be used (organic, inorganic, and biological)- Optimizing experimental conditions for making surfaces useful in biological applications