Team

Current Members

Karthika Madathil Soman Pillai — Postdoctoral research associate

Project: Engineering self-assembly pathways in polymer blends for reducing nanopattern roughness and defectivity.

Beatrice Bellini (co-advised with Sanat Kumar) — Graduate research assistant, Columbia University, Chemical Engineering

Project: Transport and separations in nanoporous hybrid membranes

Semih Cetindag — Postdoctoral research associate

Project: Development of an ultrasonic spray tool for adaptive polymer membrane synthesis

Jasmine WillardUndergraduate Intern, Alfred University

Project: Feedback-Controlled Block Copolymer Solvent Vapor Annealing

Past Members

Ashish Ajit Kulkarni — Postdoctoral research associate

Project: Optical metasurface patterning using block copolymers

Current Position: Process development engineer at Veeco

Kristof Toth (visiting intern from Osuji group) — Graduate research assistant, Yale University, Chemical Engineering

Project: Development of an electrospray deposition tool for combinatorial soft matter thin film research

Current Position: Process engineer at Lam Research

David Leskauskas — Summer undergraduate research intern, Virginia Tech

Project: Size control in block copolymer templated Pt nanoparticle synthesis

Current Position: Researcher at Nasa Planetary Environments Laboratory 

Ashwanth Subramanian (with Dr. Chang-Yong Nam) — Graduate research assistant, Stony Brook University, Materials Science and Engineering

Project: ZnO nanostructure synthesis via infiltration of block copolymer templates

Current Position: Process engineer at Lam Research

Maya Duncan-White — Summer undergraduate research intern, Clarkson University, Chemistry

Project: Pt nanoparticle synthesis using block copolymer templates

Alfredo Rodriguez — Summer undergraduate research intern, City College of New York, Mechanical Engineering

Project: Thickness dependent self-assembly of cylinder-forming block copolymer/homopolymer ternary blends

Current Position: Graduate student at Cornell University