We launching a new exiting project on thermoplastic impregnation of [carbon, glass, aramid, natural] fiber tows - unique and 3d printable

I'm now leading a group of highly-motivated researches specializing in different fields: Stress Engineering, Composites production, Polymer chemistry and Additive manufacturing studies. All together we are seeking to advance Anisoprint patented technology - Composite Fiber Coextrusion (CFC) by means of materials, software and hardware improvement.

I joined the highly motivated Anisoprint team as a part-time researcher, specializing in plastic and composite materials, and also additive manufacturing process.

This project was a part of a larger one funded project on Composite 3D printing(Project 1.4 at Skoltech Advanced materials Center of Research). My task was to develop a compact desktop extruder for production of PEEK+carbon fiber filament. As as result of 8 month work, the machine was developed, a prototype implemented and specimens of the filament were obtained and characterized in various ways, including SEM, OM, mechanical testing techniques.

I was working as a teaching and lab assistant for several courses at Skoltech. My was in 3D-printed implementations of mathematically modelled student designs and verification of calculated results in real experiment.

I was working as a Research Intern in the Computational Department of the Lab. My tasks was the verification of NAMD algorithm on various molecules and molecular crystals for organic electronics.

Practice in experimental physics in submillimeter spectroscopy and infrared spectroscopy. Myduties included preparing samples, spectroscopic measurements, conducting measurementsunder special conditions, analyzing experimental results.