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Vanessa Gordon

Chemistry PhD Student – DelRe Lab

CUNY Graduate Center, ASRC – Expected Graduation: 2029

Objective

To design sequence-specific biopolymers that combine the durability of conventional plastics with environmentally responsive degradation, advancing next-generation sustainable materials for environmental and societal health.

Bio

Vanessa Gordon is a Chemistry PhD student in the DelRe Lab at the City University of New York (CUNY), with research based at the Advanced Science Research Center (ASRC) and City College. She holds a B.Sc. in Chemistry from Concordia University, where she first explored nanoscience in a senior research project on self-assembled up-converting nanoparticles.
Before beginning her PhD, Vanessa spent nearly a decade at Sun Chemical, where she worked as a Formulation Chemist and Project Leader. She developed sustainable polymer and coating systems for consumer goods, replacing fossil-based and inorganic additives with bio-derived, recyclable materials. She led cross-functional R&D teams, oversaw customer-facing product launches, and contributed to patented and commercialized solutions targeting microplastic pollution and recyclability barriers.
At CUNY, Vanessa is developing sequence-specific polypeptide-based biopolymers that replicate the durability of conventional plastics while enabling environmentally responsive degradation. Her work merges polymer synthesis with nanoscale design to contribute to next-generation sustainable materials.
Outside of the lab, she enjoys traveling, going to shows around the city, and picking her next novel to read with her book club!

Technical Skills

• Sustainable polymer and coating formulation
• UV-curable and flexographic ink systems
• Polymer–peptide hybrid design and synthesis
• Adhesion and surface-interaction chemistry
• Materials characterization (NMR, FTIR, DSC, SEM, GPC)
• Project leadership and cross-functional R&D collaboration

Professional Development Skills

• Industry experience in product commercialization, regulatory compliance, and customer engagement

Publications

• Gordon, V.; et al. Adhesion promoters for UV flexo inks (inert PU with inert phosphate ester). U.S. Patent 11,643,562 (2023).
• Gordon, V.; et al. UVF lamination black without primer. WO2024091389A1 (Patent pending).

Conferences

Awards

• NanoBioNYC Fellowship
• CUNY Science Scholarship
• CUNY Graduate Assistantship
• CUNY Tuition Fellowship

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