Researched, developed, obtained, evaluated, and implemented new materials to improve current and new FBEOL and 3-D integration schemes. Advanced new processing tools and technologies to effectively personalize process materials. Developed new integration schemes to support existing and emerging applications goals.

Utilized chemistry, polymers, and materials experience to increase yield, improve performance, and reduce cost of microelectronic products.• Developed high-throughput manufacturing processes for high-conductivity thermal interface (TIM) materials- tool specification, procurement, & qualification, and manufacturing process specifications (MPS).• Supported ceramic laminate manufacturing- binder solution optimization, support material handling, materials specifications (MES)… Show more Utilized chemistry, polymers, and materials experience to increase yield, improve performance, and reduce cost of microelectronic products.• Developed high-throughput manufacturing processes for high-conductivity thermal interface (TIM) materials- tool specification, procurement, & qualification, and manufacturing process specifications (MPS).• Supported ceramic laminate manufacturing- binder solution optimization, support material handling, materials specifications (MES) adjustment, green sheets casting, conductive paste shelf-life extension, and ultrasonic mask cleaning.• Aided in the identification, screening, and implementation of temporary TIM solutions for microelectronic test and burn-in.• Performed competitive analysis of novel organic packaging solutions. Show less

• Critically reviewed experimental data and academic literature to develop new research projects and an improved understanding of the glassy dynamics of soft interpenetrable colloidal solutions.• Prepared new colloidal solutions and performed systematic rheological studies using a well defined research plan to illuminate the physics behind the ageing and shear melting of star glass solutions.• Rheological techniques included a combination of stress and strain controlled… Show more • Critically reviewed experimental data and academic literature to develop new research projects and an improved understanding of the glassy dynamics of soft interpenetrable colloidal solutions.• Prepared new colloidal solutions and performed systematic rheological studies using a well defined research plan to illuminate the physics behind the ageing and shear melting of star glass solutions.• Rheological techniques included a combination of stress and strain controlled experiments where samples were deformed in step, steady, and oscillatory conditions using techniques including large amplitude oscillatory shear (LAOS).• Co-authored eight peer reviewed publications which included aspects of this research. Show less

• Improved manufacturing up-time and stability working within cross-disciplinary teams optimizing silicone coloring processes.• Increased revenue by adjusting the product menu and outsourcing select lines after identifying low revenue product lines.• Reduced tool changeover expenses between product lines by adjusting manufacturing scheduling and training to impacted shifts.