Microcontamination Control- Led R&D Technology Developments for Wet Etch & Cleans and Photolithography BU’s, innovating new filter formats & cleans for liquid filtration products for the semiconductor industry- Developed technology roadmap for engineering modeling, digital twins, & machine learning to accelerate new product development & discover innovative customer solutions

Microcontamination Control, Wet Etch and CleansManaged a portfolio of new product and technology development projects to enable the growth of a ~$500MM businessLed a global team of >70 engineers to:- Engineer, launch, & sustain leading-edge liquid filtration and purification products used in the manufacture of the world's most advanced semiconductors- Develop new filter cleaning technologies and filter assembly equipment- Provide Applications solutions and testing to global customers- Focused on serving the Semiconductor Industry

Electronics and Industrial Business, Advanced Packaging Technologies- Developed strategy and execution plans to ensure on-schedule new product and raw material commercialization for diverse portfolios. New product portfolio valued at ~$500MM+- Commercialized >20 products and their associated raw materials, intermediates, analytical & functional tests by cross-functional partnership with R&D, Manufacturing, Supply Chain, and Quality following Stage-Gate process- Established 2 new manufacturing locations for the business- Led a global team of ~20 technology professionals. Hired and trained 2 new managers. Grew the group by 25%.- Set strategy and aligned execution plans for hundreds of millions $ business as part of the Global Leadership Team

Electronics and Imaging Business, Advanced Packaging Technologies- Managed Global New Product Scale-Up (2019+) and Characterization Groups (2018+)- Commercialized new products to grow the business, US and Asia locations- Led a team to develop and transfer to manufacturing analytical & functional tests for new products- This role was absorbed into next role

Electronics & Imaging Business, Advanced Packaging Technologies & Metal Organic TechnologiesContinuation of previous role, changed companies due to Dow-DuPont merger and split

Electronic Materials, Advanced Packaging Technologies & Metal Organic Technologies- Managed the scale-up from R&D to production and commercialization of electroplating chemistries for silicon wafer package metallization. ~$10MM sales- Enabled customer sales for recently acquired Early-Stage Start-Up company by providing engineering leadership to scale-up phosphor production from gram to multi-kg scale- Led projects to scale up atomic layer deposition (ALD) products including process safety analysis, inert-atmosphere specialty equipment design, organic raw material synthesis and sourcing, process cost analysis, and kinetic modeling.

Electronic Materials, Optical & Ceramic Technologies- Led, trained, and directed the daily activity of an experimental team composed of engineers and technologists to develop from concept to R&D and then pilot-scale a bulk chemical vapor deposition process to produce a hard, infrared material for imaging applications.- Designed and built two laboratories and three specialty CVD reaction systems. Performed worst case scenario and layers of protection analysis (LOPA) on system, wrote operating and emergency response procedures, and supervised the safe operation of high-temperature processing of hazardous materials.- Utilized DOE methodology to specify experimental conditions and applied statistical analysis to interpret experimental results.- Coordinated the work of a kinetic & transport modeling team to simulate the CVD process and test out deposition chamber designs and experimental conditions.- 3 patent families and 2 external publicationsHired by Rohm & Haas, became Dow Chemical upon purchase in 2009

Semiconductor Technologies- Led a Six Sigma project to reduce cycle time of 193 photoresist manufacturing that identified a key root cause and presented recommendations to reduce cycle time by 50%.- Worked with a Technology Fellow to test and evaluate new manufacturing technology leading to the adoption of a high purity, low variability pump in photoresist manufacturing, enabling ~$500MM+ annual revenue