Salt Lake City, Utah, United States
Senior technologist specializing in creation, implementation and execution of high level simulation software for commercial applications in diverse areas such as liquids filling, porous and fibrous materials, extrusion molding, polymeric liquid processing, air flow cooling. Proven record of integrating product and process modeling expertise into creating value for the business. Ph.D. in Chemical Engineering. Specialties: Technology development, modeling and simulation, consumer products, computational fluid dynamics, non-newtonian fluid, R&D, project planning and execution
Develop, market and distribute software for iOS and related platforms
Applied fluid flow modeling and simulation experience to deliver business value over a range of real world manufacturing and product development for P&G’s liquid products, absorbent articles, and shave care brands. Managed external research projects with university and national laboratory groups that sought improved understanding of P&G’s process and products function.
Initiated and lead effort to commercialize engineering software developed at Sandia into new business area for GRAM.
Added extensive experience in applying modeling solutions to a wide variety of challenging engineering problems. These ranged from filling of non-Newtonian materials to unsaturated flow in deforming porous media along with many others. A lead developer of a sophisticated computational tool written and maintained at Sandia National Laboratories for advanced fluid mechanics/heat and mass transfer applications. Provided customer support, training and consulting to users of this code both inside and outside of government. Managed cooperative technical collaboration between Sandia and external corporate institutions that included 3M, Procter and Gamble, and Corning.
Lead probabilistic risk assessment modeling within a multidisciplinary team to assess EPA compliance of a high-level radioactive waste repository at the Nevada Test Site.