Materials Characterization Expert
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Versatile and analytical materials and imaging scientist with over a decade of experience delivering data-driven insights and technical solutions across advanced manufacturing, energy, and semiconductor sectors. Combines deep expertise in nanoscale characterization with a consultative approach to problem-solving, stakeholder engagement, and cross-functional collaboration. Skilled in translating complex scientific concepts into actionable strategies, managing high-impact research initiatives, and guiding clients through technology development, process optimization, and instrumentation decisions.
Known for driving innovation, building consensus, and executing with precision in dynamic, interdisciplinary environments.
Senior Imaging Scientist, Harvard University (2015–Present):
Acted as a technical advisor and problem-solver across diverse, high-stakes research initiatives, leading development and implementation of advanced imaging solutions (TEM, APT, FIB, SEM, and X-ray techniques) for clients in energy, aerospace, and materials science. Drove multimillion-dollar capital investments, developed innovative methodologies, and led international efforts to standardize key analytical techniques — all while managing cross-functional collaborations and delivering actionable insights in complex, fast-paced environments.
Postdoctoral Fellow, MIT Mechanical Engineering (2013–2015):
Led R&D efforts on next-generation solar technologies and laser-based materials processing, advising on process design and performance optimization. Developed novel contact formation strategies and deepened understanding of dopant and interface behavior — enabling improved device efficiency and manufacturing scalability.
Postdoctoral Fellow, Harvard Materials Science (2012):
Conducted applied research on advanced semiconductor materials for infrared detection, focusing on non-equilibrium doping and laser-material interactions. Delivered data-backed recommendations on material viability and integration paths aligned with CMOS-compatible device goals.
Ph.D. & M.S., Materials Science and Engineering – Columbia University
Deep technical foundation in applied physics, materials design, and nanoscale characterization. Conducted research under Professor Irving P. Herman with a focus on semiconductor materials and advanced analytical techniques.
B.A., Physics – Princeton University
Graduated with honors and a certificate in Materials Science and Engineering.
