Lynn Conway

Lynn Conway was an American computer scientist and electrical engineer whose work transformed very-large-scale integration design and computer architecture. She was also a prominent advocate for transgender people.

VLSI design: The methods and technologies used to design integrated circuits containing very large numbers of transistors. Conway helped make VLSI design accessible through shared methods and teaching.
Very-large-scale integration: The integration of thousands or more transistors on a single semiconductor chip. VLSI was the design scale Conway’s methods helped engineers exploit.
Carver Mead: An American electrical engineer whose work helped establish modern VLSI design methods. Mead and Conway jointly shaped the technical framework and its teaching.
Gender transition: The process by which a person aligns aspects of life or body with their gender identity. Conway transitioned in the late 1960s and faced professional exclusion as a result.
Mead–Conway VLSI design revolution: A movement that spread structured VLSI design through scalable rules, university courses, and shared fabrication services. It names the educational and technical transformation Conway helped lead.
Scalable CMOS: A set of geometric design rules that lets CMOS circuit layouts scale across fabrication technologies. Conway helped develop and teach scalable design rules for VLSI.
IBM: An American technology company that developed computers, software, and information systems. Conway worked at IBM before her transition and made influential contributions to computer architecture.
Transgender: An adjective describing people whose gender differs from the sex assigned to them at birth. Conway publicly shared her experience as a transgender woman and advocated for equality.
MOSIS: A service that enables researchers and designers to fabricate integrated circuits through shared semiconductor foundries. MOSIS put the methods Conway promoted within reach of universities and small design teams.
CMOS: A semiconductor technology using complementary metal–oxide–semiconductor transistors to build integrated circuits. Scalable CMOS provided the fabrication basis for the design methods Conway advanced.

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Computer engineeringRelated: Her work helped make complex integrated-circuit design more systematic and widely teachable.