G.S. May

Papers

Total Citations

H-Index

About

G.S. May is a leading figure in advanced electronics manufacturing, with a focused expertise in cost-effective, large-area substrate processing for multichip modules (MCMs). His major contributions center on the development and automation of meniscus coating technology, a transformative alternative to wasteful spin coating. May’s work directly addresses critical industry bottlenecks: the need for high-throughput, material-efficient deposition on large substrates. His seminal studies, including "An automated meniscus coating system for polymer deposition on large-area MCM-D and MCM-L substrates" and "An automated workcell for meniscus coating on 24-in packaging substrates," demonstrate how his automated systems achieve minimal material waste while maintaining uniform coating quality on substrates up to 24 inches. Though his most-cited papers each hold 4 citations, their impact is deeply practical, providing foundational blueprints for low-cost, scalable manufacturing. By engineering automated workcells that balance speed, material savings, and precision, May has paved the way for more economical production of high-performance electronic packages. His research remains a vital reference for engineers and researchers seeking to optimize large-area coating processes and reduce the environmental footprint of electronics fabrication.