Borys Paton: The Ukrainian Scientist Who Shaped Modern Welding Research
Borys Yevhenovych Paton (Борис Євгенович Патон) was a Ukrainian scientist known for work in welding, metallurgy, and materials science, as well as for long-term leadership in Ukraine’s research system.
Over a career that spanned the Soviet era and independent Ukraine, he combined applied engineering with institution-building—leading the E.O. Paton Electric Welding Institute for decades and heading Ukraine’s main national academy of sciences for nearly six decades.
Early Life and Education
Paton was born in Kyiv on 27 November 1918 and studied at the Kyiv Polytechnic Institute (KPI) from 1936 to 1941.
His father, Yevhen (Evgeny) Paton, was a pioneer of welding research and helped create the scientific base that later became the Electric Welding Institute in Kyiv. Growing up around engineering shaped Borys Paton’s focus on practical, production-ready solutions rather than purely theoretical work.
The Paton Legacy
The Electric Welding Institute was founded in 1934 within the system of the Academy of Sciences of the Ukrainian SSR on the initiative of E.O. Paton.
Borys Paton continued this legacy and expanded it. Over time, the “Paton school” became associated with a research culture that connected metallurgy, welding physics, and equipment design to real industrial implementation.
The Paton Institute
The Ukrainian scientist’s professional life was closely tied to the institute named after his father. He became Deputy Director for scientific work in 1950 and then Director in 1953, holding that role until 2020.
Under his leadership, the institute developed not only welding processes but also materials, equipment, and production technologies designed for large-scale industry. This applied focus is one reason the Paton Institute became internationally known in the welding community.
Welding Research and Industrial Impact
A major part of Borys Paton’s impact was advancing automated welding and supporting methods that could be reliably used at industrial scale. KPI’s profile describes wide research under his leadership that helped develop and adopt multiple welding methods, including gas-shielded, electroslag, plasma, and others, along with new generations of industrial equipment.
His institute also worked on large engineering applications—such as industrial pipeline welding and large structures—showing how research results were translated into practical technologies for production and infrastructure.
Welding in Space
One of the most widely cited milestones linked to the Paton Institute is the first welding experiment in space. In 1969, cosmonauts Valeriy Kubasov and Georgiy Shonin carried out orbital welding experiments during the Soyuz-6 mission using the automated unit commonly referred to as “Vulkan,” developed at the Paton Institute.
This work helped open the way for later research on manufacturing and assembly technologies under space conditions—an example of how welding science moved beyond Earth-based industry into extreme environments.
Leading Ukraine’s Science
In 1962, the Ukrainian scientist was elected President of the Academy of Sciences of the Ukrainian SSR (today the National Academy of Sciences of Ukraine) and served until 2020—a tenure of 58 years (1962–2020).
The Paton Institute’s official history notes that many institutions were established within the academy system with Paton’s active support, reflecting his long-term role not only as a researcher but also as an organizer of science.
Recognition and Output
Borys Paton received major awards across different periods, including the Stalin Prize (1950), the Lenin Prize (1957), being twice named Hero of Socialist Labor (1969, 1978), and receiving the title Hero of Ukraine (1998).
KPI’s biography also attributes to him a very large research and innovation output—over 700 inventions (including hundreds of foreign patents), more than 1,200 publications, and around 20 monographs—reflecting a career strongly tied to applied engineering and technology transfer.
Final Years and Legacy
Borys Paton died in Kyiv on 19 August 2020.
Today he is widely remembered for two interconnected roles: as a leading figure in welding and related materials technologies, and as a long-serving organizer of scientific institutions in Ukraine. His legacy continues through the Paton Institute, the research traditions linked to it, and the broader academic system he led for decades.
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