Michael Kotelyanskii Email & Phone Number

Chatham, NJ, US

New Jersey, United States

New Jersey, United States

Leading research and development N+2 projects in metrology for semiconductor manufacturing process: ellipsometry and ultrafast time resolved measurement techniques, picosecond ultrasonics, data analysis and machine learning.

Leading research and development projects in metrology and defect inspection and classification for semiconductor manufacturing process: ellipsometry and scatterometry, ultrafast time resolved measurement techniques, picosecond ultrasonics, image processing, machine learning.

Wilmington, MA

Leading research and development projects in optical metrology techniques for semiconductor manufacturing process: ellipsometry and scatterometry, ultrafast time resolved measurement techniques, picosecond ultrasonics.Managing team of PhD scientists and software developers, working closely with marketing and sales on the product roadmaps, new product.

Research in Mueller matrix ellipsometry, multi-ferroics, and metamaterials. Supevising graduate students and post-docs.co-PI on the NSF-funded project developing Mueller matrix ellipsometer instrument for the wide-band far-IR range measurements with the IR beam line at NSLS/BNL.

Research in Statistical mechanics and phase transitions in polymers, hydrogen-bonded networks, Monte Carlo and Molecular Dynamics simulations. Demonstrated possibility of the first order phase transition critical temperature shift in both directions in the confined systems due to the surface interactionsTaught graduate level courses in Statistical.

Newark, DE

Research on the properties of amorphous polymers, and polymer membranes, reverse osmosis, water desalination. Molecular dynamics, Monte Carlo simulations. Massive Parallel Calcualltions, and High Performance Computing.Gas sorption and diffusion in amorhous polymers. Developed methods for atomistic molecular simulations of the amorphous polymers..

Conducted Research on the failure mechanisms of the high-performance polymer fibers, thermodynamics and phase equilibria in liquids and polymers. Monte Carlo and Molecular Dynamics Computer Simulations

Study and work on PhD. project. Computer simulations of amorphous and polymer materials. Polymer physics and materials science.

M.Sc., Materials Physics

Doctor Of Philosophy (Phd), Polymer Materials Physics

Research on applying computer simulations techniques to study amorphous materials properties and their underlying molecular mechanisms..