Sergey N. Grigoriev, doctor of engineering science, Professor, Head of the Department of High-Efficiency Processing
Technologies of the Moscow State University of Technology STANKIN, completed
his higher education in 1982. The scientific team of the Department has
received awards from the most prestigious international scientific competitions
and exhibitions under the supervision of Dr. Eng. Sci., Prof. S. N. Grigoriev.
His brightest achievements are his contributions to advances in surface
engineering, coating, and surface hardening technologies. The researchers and
academic staff of the Department are multiple winners of grants from the
President of the Russian Federation for leading scientific schools in the field
of engineering and technical sciences. The Department's research and academic
staff develop projects that improve the efficiency of cutting tools, the
efficiency of the most advanced and new technologies, adaptive,
multi-component, and nanocomposite structures, and the diagnostics of the
technology processes. Prof. S.N. Grigoriev has initiated and participated in
various invited lectures at conferences. He serves as an editor of the most
authoritative international scientific journals all over the world, is the
author of over 180 patents, and has published more than 540 international
scientific articles in journals indexed in the Web of Science and Scopus with
H-indexes of 60 and 62, correspondingly.
Anna A. Okunkova, cand. of engineering
science (Ph.D.), a senior researcher in the Department of High-Efficiency
Processing Technologies of the Moscow State University of Technology STANKIN,
completed her higher education in 2005 at the Nizhniy Novgorod State Technical
University as a chartered engineer in the design of technical and technological
complexes. In 2009, she was awarded a Ph.D. in engineering science,
specializing in automation and control of technological processes and
productions. In 2015, she was honored as a Laureate of the Government of the
Russian Federation in Science and Engineering for Young Scientists (N10904) for
her work on mobile laser complexes for the repair of specialized machines. She
has developed 25 patents and published more than 90 international scientific
articles in journals indexed in the Web of Science and Scopus (with H-indexes
of 23 and 24, respectively).
Marina A.
Volosova is a doctor of engineering science (Dr.Sci.), a docent, and a leading
researcher in the Department of High-Efficiency Processing Technologies of the
Moscow State University of Technology STANKIN who completed her higher
education in 2000 at the Moscow State University of Technology STANKIN as a
chartered engineer of mechanical engineering. On 05.02.07, she was awarded a
Ph.D. in engineering science in technology and equipment for mechanical and
physical–technical processing. She earned a docent degree from the
department in 2010, and a doctorate in engineering science in 2022. She is a
laureate of the Government of the Russian Federation in Science and Engineering
for Young Scientists and has been the winner of many international and national
competitions and salons for works that are mostly related to the laser, plasma,
and sintering processes in the context of ceramic cutting tool coating
improvements. She is the author of approximately 50 patents and more than 200
international scientific articles in journals indexed in the Web of Science and
Scopus (with H-indexes of 26 and 27, respectively).
Dr. Khaled Hamdy Mohamed Ibrahim is a
research professor at the School of Mechanical Engineering, High Precision
Machining Lab, Yeungnam University, South Korea. His research interests include
high-precision machining, non-traditional machining, tribology, and green
manufacturing systems. He earned his Ph.D. in mechanical engineering from
Moscow State University of Technology STANKIN in Russia. Dr. Khaled
Hamdy has published papers in high-reputation journals and collaborated on
multidisciplinary projects involving surface texturing of cutting tools,
tribology, wafer machining, and the optimization of machining systems. His work
is widely recognized, and he actively participates in academic collaborations
and scientific conferences.
