Lead Research Engineer / July, 2023 — January, 2026

I led a multidisciplinary team in a fast-paced start-up advancing solid-state battery technology. My work spanned high-throughput materials synthesis, experimental planning, and data-driven development across solid-state electrolyte, cathode, and anode systems. I formulated high-performance oxy-sulfide solid-state electrolytes with ionic conductivity of 3.0 S/cm and lithium-metal stability through integrated electrochemical, thermal, and structural characterization, resulting in reduced resistance, stable cycle life, and a U.S. provisional patent. I also developed solvent-free dry NMC cathode processing, improving powder homogeneity and achieving initial discharge capacities above 2 mAh/cm², while regularly communicating results and scalable recommendations to technical leadership.

Research Engineer / February, 2022 — June, 2023

I established subject matter expertise in tape-cast NMC cathode processing through systematic process optimization, repeatability studies, and process control, increasing cathode yield by 300% and contributing to the company’s first 1 Ah battery. I supported uninterrupted experimental workflows by managing in-house precursor synthesis for oxide solid-state electrolytes and battery fabrication. In parallel, I served as Acting Chemical Safety Officer, maintaining OSHA compliance, audit readiness, and strengthening laboratory safety culture within a fast-paced research environment.

Research Engineer / September, 2019 — February, 2022

I conducted applied materials research focused on electrochemical energy systems, thermal energy storage, and materials performance under extreme environments. My work included synthesis and electrochemical evaluation of catalysts, membranes, and electrode materials, contributing to multiple peer-reviewed publications. I also performed materials selection studies using thermal and high-pressure analysis to assess carbonate eutectics and hydrogen embrittlement of elastomers. In parallel, I investigated materials behavior under thermal and chemical stress through polymer deconstruction analysis and surface characterization of additively manufactured metals. I supported collaborative research efforts and technical reporting within DOE-regulated, safety-critical environments under Q clearance.