Eugeny Paton Famous civil engineer, author of the Dresden station project, theorist of welding and bridge construction Date of Birth: 04.03.1870 Country: Ukraine

Biography of Evgeny Paton

Evgeny Oscarovich Paton, a renowned engineer and builder, was born in 1870 in Nice, France. He came from a family of Russian consul and later graduated from the Dresden Polytechnic Institute in Germany. Upon returning to St. Petersburg, Paton became a well-known engineer and the author of the Dresden railway station project. Despite his success, Paton decided to further his education and sat back in the student's seat.

After a year of studying and passing all the exams, he obtained a diploma in railway engineering and became a specialist in constructing railway bridges. Evgeny Paton laid the foundation for the Soviet school of bridge construction and was elected a full member of the USSR Academy of Sciences for his outstanding contributions in this field.

At the age of 60, Paton unexpectedly decided to change his profession and became the organizer of the world's first Institute of Electric Welding in Kyiv, which now bears his name. In this institute, Paton developed new methods for designing, calculating, and creating welding structures. As a result, the construction of factory workshops, tanks, wagons, steam boilers, and ships became faster, cheaper, and more reliable. During the Great Patriotic War, his methods were used to build tanks.

Even at the age of 70, Paton invented a new method of welding under a flux layer. Today, thousands of kilometers of gas pipelines are welded using Paton's method. His creative energy remained with him throughout his life, and he continued to oversee the design of the Paton Bridge even when he was 80 years old. This 1150-meter structure, which crosses the Dnieper River in Kyiv, is a seamless creation with no rivets or bolts.

Evgeny Oscarovich Paton passed away in 1953, leaving behind a legacy in both bridge construction and welding. His remarkable contributions and innovative methods continue to influence the engineering world to this day.