Teaching has included the following courses:- Lecturer General Chemistry I (CHEM 101)- Lecturer and course coordinator for General Chemistry II (Chem 102)- Instruction of various general and organic chemistry lab sections- Instruction/coordination of CHEM 425 (inorganic chemistry lab)- Instruction and coordination of CHEM 151 (general chemistry delivered online)- Shared instruction of CHEM 241 (intro to organic chemistry)

• Provided contract support on project between CSIRO in Australia and US-based Adventus technologies.• Evaluated current processes used for development of silicone materials to replace intraocular lens fluid.• Delivered improved methods and fresh ideas for future development of silicone materials that will result in improved curing with final modulus and extractables meeting the specified limits.

Focused on metal nanoparticle formation and interaction with poly(amidoamine) (PAMAM) dendrimers (G4/AuNP), and potential biomedical applications. Scattering techniques (SAXS, SANS, and DLS) along with resonant techniques were employed to elucidate the different chemistries involved in nanoparticle formation. Interaction between the metal ions and the host matrix and nucleation and nanoparticle growth both in absence and presence of the host matrix were investigated. Microscopic methods (TEM and AFM) supported scattering data showing the nanoparticle size and shape along with location of nanoparticle with respect to host matrix.These dendrimer/gold complexes have many potential uses including improvement of cancer therapies. G4/AuNP nanocomposites were used to enhance the treatment of leukaemia. A commercially available antibody for leukaemia was attached to G4/AuNP nanocomposite. The G4/AuNP/anti-CD20 was attached cells. The cells with gold nanoparticles attached were irradiated with a NIR laser, and subsequent cell death is monitored by flow cytometry. Heating gold by laser has been obtained and subsequent necrosis of cells in suspension with G4/AuNP/anti-CD20 was observed.

- Served as substitute teacher under various capacities, primarily at high school level- Facilitated instruction of core subjects through computer-generated, self-paced instruction- Revised/improved science project required by students receiving science credit o Created project that provided solid understanding of the Scientific Method o Allowed students to pursue venue of his/her choice o Helped students become aware that all aspects of life could be studied using the Scientific Method- Worked on a team with 13 other individuals to develop “best practices” for the program- Facilitated instruction of chemistry to sophomore students and earth science to senior students- Teamed with four other individuals working towards the nurturing and growth of the students

Sr. Research Chemist, Interfacial Science Research Group 1999-2001- Investigated deposition of Silicone Emulsion and product development through: o Evaluation cationic and/or anionic effects through zeta potential. o Monitoring emulsion/polymer/surfactant interactions by light scattering. o Studying the solution turbidity.- Selected by corporate senior scientist, based on surface and interfacial expertise along with proven leadership abilities, to collaborate on projects in conjunction with external academic teams as well as internal customers resulting in: o Development of, in conjunction with members of Michigan Molecular Institute, Poly (amidoamine-organosilicon) (PAMAMOS) dendrimers. Discoveries included: • Characterized surface properties of metal-doped PAMAMOS through various spectroscopies, microscopies and identified potential uses. • Investigated dielectric and morphology of PAMAMOS materials. o Studying effects of the aging on silicones used in High Voltage Insulating applications. Investigated hydrophobicity loss/regain of surfaces. • Characterized degraded materials through microscopic and spectroscopic techniques. • Compared similar systems with colleagues at major universities. Established ‘real’ versus ‘ideal’ results. Confirmed mechanisms of insulator degradation. Quality Chemist II, Manufacturing & Engineering Quality/Supply Department 1996-1999- Established Gas Chromatographic methods & trained operators.- Reviewed current automated titration programs.- Eliminated unassigned causes to diffusion pump fluid test method error.- Improved company efficiency by developing new test methods, eliminating duplicated testing methods, improving data reliability, and empowering operators to accept greater challenges.- Provided leadership for the implementation of the SAP Quality Module. Recognized for interpersonal relationship skills and the expertise to restructure processes.