B.S. in Chemical Engineering, 1981
Phil Foster is an industry-changing innovator whose career has shaped modern microelectronics manufacturing, advanced sensor technology and semiconductor processing across global markets.
A native of Paducah, Foster earned his Bachelor of Science in chemical engineering from the University of Kentucky in 1981. He went on to complete coursework at universities in California and Texas in finance, business and executive management.
Foster has spent more than 25 years with Honeywell, where he holds the title of Engineering Fellow — a designation reserved for the top 1% of the company’s technical staff. In this role, he leads advanced research and technology initiatives, manages global engineering teams and guides product development from early concept through commercialization.
Over the course of his career, Foster has delivered breakthroughs that reshaped entire sectors of the electronics industry. He co-developed and commercialized the first nanoprober used in semiconductor failure analysis — a technology that revolutionized chip development and saved the industry hundreds of millions of dollars. Single-handedly, he developed the first commercially successful through-ceramic substrate-via process, enabling multi-chip-module assembly and transforming high-speed interconnect performance. He also developed and commercialized a polymer-based material that resolved a critical bottleneck in laser-processing applications, becoming the industry’s de facto solution.
At Honeywell, Foster led development of the award-winning BES LITE lithium-ion battery thermal runaway sensor — the industry’s first carbonate-based sensor capable of detecting pending battery failure events. He also created the core physical vapor deposition technology supporting Honeywell’s airflow sensor product lines and is widely recognized as a global expert in electroplating and semiconductor materials processing.
Earlier in his career, Foster played a pivotal role in two successful technology startups, including nanotechnology pioneer Zyvex and thin-film innovator MIC Technology. At Zyvex, he co-patented the industry’s first nanoprober instrument, enabling chip designers to characterize new devices months earlier in development cycles and accelerating time to market across the semiconductor industry.
Foster has contributed to 12 U.S. patents, along with numerous proprietary processes held as trade secrets. He has aided national and international standards development, serving on committees supporting both defense and commercial sectors. He also operates a successful consulting practice serving manufacturing firms and emerging technology ventures.
Committed to service, Foster volunteers as a mentor to engineering students at the University of Kentucky and serves on the University of Texas at Dallas Industrial Advisory Board. In his community, he has held leadership roles within his church and civic organizations.
