Y.O. Paton Institute of Materials Science and Welding
Address: Room. 216, Build.9
Phone numbers: +380 44 204 8130, +380 44 204 9154
e-mail: imz.paton.kpi[at]gmail.com
Address: Room. 216, Build.9
Phone numbers: +380 44 204 8130, +380 44 204 9154
e-mail: imz.paton.kpi[at]gmail.com
In response to the current challenges and demands of Ukrainian society, as well as to ensure Ukraine's competitiveness in the world, promote the development of national research potential, and integrate into the global research space, the Ministry of Education and Science holds competitions among scientists, followed by the provision of funding for advanced fundamental research that involves setting and solving pressing scientific problems. Kyiv Polytechnic continues to acquaint readers with the projects of our university's scientists that have received state funding this year. Among them is a project developed by researchers at the E.O. Paton Electric Welding Institute.
Vladyslav Boyko, owner and executive director of KyivMedService, a national leader in the maintenance and repair of medical equipment, machinery, and instruments, is a graduate of the Department of Laser Engineering and Physical and Technical Technologies at Igor Sikorsky Kyiv Polytechnic Institute. A successful engineer and manager, he does not break ties with his alma mater. “We know everything about medical technology, and even a little bit more,” says the entrepreneur, "and we want to share our knowledge and experience with current students.
On February 20, a round table dedicated to Volodymyr Khilchevskyi, a prominent Ukrainian scientist in the field of mechanical engineering technology, professor, and World War II soldier, was held in the Rare Books Room of the Denysenko Scientific and Technical Library. The meeting was organized by the staff of the E.O. Paton Institute of Materials Science and Welding and its Department of Laser Engineering and Physical and Technical Technologies, the State Polytechnic Museum and the KPI Scientific and Technical Library. The roundtable continued the events dedicated to the 100th anniversary of the scientist's birth, which our newspaper wrote about in #3-4 of January 25 this year.
In today's environment, the production of competitive mechanical engineering products requires technologies that ensure high quality products and improve their performance. In particular, combined thermomechanical hardening using laser radiation and surface treatment is an effective technological method of increasing the wear resistance of parts.