Eric M. Email & Phone Number

Philadelphia, PA, US

Morrisville, PA, US

Billerica, MA, US

Aurora, IL, US

Organizational technical leader responsible for delivering differentiated new CMP pad products based on unique surface texture control parameters. Leading a global technical organization of scientist responsible for all aspects of new CMP pad technology development.

Aurora, IL, US

Aurora, IL, US

Cary, NC, US

• Led research and development, product development and technical service groups for the Elastomer Adhesives and Coating Technology Organization
• Directly supervised scientists responsible for development of technology, products and applications for continued growth and leadership in rubber-to-metal bonding industry (Chemlok product line)
• Responsible for development of technology and product platforms for continued growth areas of in-mold bonding solutions for adhering dissimilar substrates in over-molding applications

Midland, Michigan, US

• Led the definition, membership, and implementation of Dow Corning’s global intellectual property management system used to create and extract growth opportunities and protect our current and future business interests
• Responsible for the coordination and generation of intellectual property across the entire Science and Technology organization including the management of review bodies and development of metrics to demonstrate value
• Effectively directed 12 product line focused intellectual property management teams to ensure that the intellectual property portfolios are effectively managed to deliver sustainable value

Midland, Michigan, US

• Led global multidisciplinary research and development groups for the development of products and solutions for various microelectronic and LED lighting major market applications
• Relocated to Japan in August of 2011 to lead global product development activities
• Directly supervised regional managers and senior technologist in the United States, Japan, and South Korea while located in Japan.
• Served as the chairperson for the intellectual asset / patent management committee for lighting and microelectronic market segments.

Midland, Michigan, US

• Led a global multidisciplinary research / product development and technology platform for the development of products and solutions for microelectronic and microlithography applications
• Directly supervised research and development groups with professionals including employees with Ph.D., B.S., and Associate degrees
• Served as the chairperson for the intellectual asset / patent management committee for the Semiconductor Fabricated Materials Market Segment
• Directed various joint development projects with multiple international industrial partnerships for the development of silicon containing materials for advanced lithography applications

Midland, Michigan, US

• Led multidisciplinary research and development groups for the development of new polymeric materials for various microelectronic applications including resin materials for interlayer dielectrics for computer chips.
• Directly supervised research and development groups with professionals including employees with Ph.D., B.S., and Associate degrees
• Served as a member of the intellectual asset patent management committee
• Obtained formal technical management training at the Sloan School of Management, Massachusetts Institute of Technology, Managing Technical Professionals and Organizations

Midland, Michigan, US

• Led a multidisciplinary research and development team for the development of an ultra-low dielectric constant resin system for interlayer dielectric applications
• Invented and developed an ultra-low dielectric constant resin system with a dielectric constant of 2.0 and extendable to 1.5
• Directly supervised a group of research and development professionals including employees with Ph.D., B.S., and Associate degrees
• Wrote a proposal that was awarded 1.5 million dollars of funding from the United States Display Consortium (USDC) for the development of dielectric coatings for flat panel display applications (3.0 million dollar.
• Responsible for setting up and equipping a new research laboratory facility including a gel permeation chromatography system with triple detection capability

Midland, Michigan, US

• Invented and developed tough photodefinable benzocyclobutene resins for thick film electronic applications
• Developed high resolution photodefinable benzocyclobutene resin formulations for stress buffer applications
• Determined lithographic modeling parameters for photodefinable benzocyclobutene resins and effectively modeled the behavior of the photo lithographic patterning of these materials
• Developed a photodefinable benzocyclobutene resin for flat panel display applications

Midland, Michigan, US

• Invented and developed photodefinable benzocyclobutene based resins for electronic packaging applications
• Commercialized photodefinable benzocyclobutene resins under the trade name of Cyclotene Resins
• Supervised Technologists and Summer Interns
• Extensive clean room and microelectronic processing experience
• Extensive use of statistical experimental design

Midland, Michigan, US

• Invented and helped characterize new polymeric adhesive materials for high temperature adhesive applications
• Invented photodefinable polymers containing perfluorocyclobutane groups
• Researched polymeric materials for microelectronic applications with particular emphasis on dryetchable polymers for electronic packaging

Doctor Of Philosophy (Ph.D.), Polymer Chemistry

Sloan Executive Certificate In Management And Leadership, Management And Leadership

Certificates, Advanced Courses On Intellectual Property And Intellectual Property Management

Bachelor Of Science (B.S.), Chemistry