Larry E. Bailey, Ph.D.
Larry is a registered patent agent with a range of experience in areas such as chemistry, chemical engineering, environmental engineering, analytical tool design and construction, thin film characterization techniques, semiconductor manufacturing, vacuum technology, biosensor technology, tribology, manufacturing process development, and horticulture.
Larry worked as a process engineer at Intel Corporation in Hillsboro, Oregon, from 2001 to 2005. He was responsible for dry etch tools running several different process layers. In that capacity, he gained expertise in semiconductor manufacturing, statistical process control, statistical experimental design, process development, continuous process improvement, and solid state device metrology and performance characterization techniques.
From 2005 to 2007, he developed and taught a semester-long, upper-division course on semiconductor manufacturing to mechanical engineering seniors at George Fox University. He also has been an active member of George Fox’s engineering advisory board since its inception in 2002, has assisted students with career planning, participated in the ABET accreditation process for the engineering department, and provided feedback on senior design projects.
From 2005 to 2008, Larry enjoyed running the family tree nursery and applying his engineering expertise to the field of horticulture. This included learning plant propagation methods, completing multiple large and small-scale construction projects, installing automation systems, and making general process and material flow changes to improve overall operating efficiency.
Larry participated in a 3-2 engineering program at George Fox University in Newberg, Oregon, where he was a recipient of the University’s Science Scholarship and received a B.S. (1995) in applied science with a minor in chemistry. While at George Fox, Larry worked as a water quality permit compliance inspector for the Oregon Department of Environmental Quality.
After transferring to the University of Washington in Seattle, Washington, Larry spent a summer designing a vacuum system and associated control methodology and participated in undergraduate research on polymer electrolyte membrane hydrogen-oxygen fuel cells under Professor Eric Stuve. He was a Benson Scholar and received a second B.S. (1997) in chemical engineering with a minor in environmental engineering.
Larry continued his education at Stanford University, where he was both a Stanford Graduate Fellow and a National Science Foundation Fellow. At Stanford, he received an M.S. (1999) and a Ph.D. (2001) in chemical engineering. His graduate research was under the direction of Professor Curt Frank and focused on understanding the relationship between the chemical structure and physical properties of thin, fluorinated, polymer, lubricant films used in computer hard disk drives. He also built several novel analytical tools. His elective coursework focused on semiconductor device manufacturing and thin film characterization techniques.
Larry enjoys being very hands-on. His hobbies include construction, metalworking, auto restoration, and working on the family farm, as well as distance running and biking.
- Bailey, L.; Tyndall, G.; Waltman, R.; and Frank, C. “Atomic Force Microscopy Investigation of Perfluoropolyether Hard Disk Lubricants,” presented at the American Institute of Chemical Engineers 2000 Annual Meeting, Los Angeles, CA, November 12-17, 2000.
- Bailey, L.; Kanazawa, K.; Tyndall, G.; Kreiter, M.; Knoll, W.; Frank, C. “Multistep Adsorption of Perfluoropolyether Hard Disk Lubricants onto Amorphous Carbon Substrates from Solution,” Langmuir; 2001; 17(26); 8145-8155.
- Bailey, L.; Kanazawa, K.; Tyndall, G.; Knoll, W.; and Frank, C. “Adsorption of Perfluoropolyether Hard Disk Lubricants from Solution,” presented at the American Chemical Society National Meeting, San Francisco, CA, March 2000 (poster); presented at the CPIMA/MPIP Forum on Interface Science, Mainz, Germany, April 1999.
- Bailey, L.; Kambhampati, D.; Knoll, W.; and Frank, C. “Monitoring Electrochemical Processes in situ by Simultaneous Surface Plasmon Resonance and Quartz Crystal Microbalance Measurements,” Langmuir; 2002; 18(2) pp 479 – 489.
- Laschitsch, A.; Bailey, L.; Tyndall, G.; Frank, C.; and Johannsmann, D. “Frictional Properties of Perfluoropolyether Monolayers Investigated with Quartz Crystal Resonators,” Applied Physics Letters; 2001; 78, 2601.