(i) Developed high-performance, cost-efficient cathodes for next-generation solid-state batteries, contributing to improved energy density and lower raw material costs.

(ii) Designed and implemented advanced electrochemical characterization methods, enabling deeper insight into ionic/electronic transport and interfacial reactions.

(iii) Uncovered key degradation mechanisms, providing strategies to enhance cycle life, reliability, and scalability of solid-state cells.

(i) Led development of high-energy, high-power NMC cathodes using eco-friendly, cost-effective compositions for next-generation Li-ion cells.

(ii) Pioneered electrophoretic deposition techniques for active materials, carbon, and binders, enabling scalable electrode fabrication.

(iii) Directed R&D on silicon-graphite composite anodes, identifying additives that boosted electrode adhesion 10×.

(iv) Developed two novel polymeric binder classes, significantly improving slurry stability and manufacturability.

(v) Performed in-depth post-mortem analyses to uncover Si-graphite degradation pathways, guiding material design improvements.

(i) Led innovation of NMC/LFP high-power cathodes, aligning technology development with commercialization strategy.

(ii) Conducted market sizing and risk assessments to evaluate business potential and guide investment decisions.

(iii) Defined technology scope and roadmap, enabling a structured path to successful product launch.

(i) Resolved key scientific questions on sulfate ion reduction mechanisms, impacting understanding of turbine corrosion processes.

(ii) Developed Ni-Al-Cr anti-corrosion metallic coatings using novel electrochemical methods, enhancing material durability.

(iii) Investigated hydrogen embrittlement in steel structures, discovering pyrite-based passivation strategies to mitigate degradation.

(i) Synthesized carbon (CNT, graphene) and metal oxide semiconductors, engineering bandgaps for enhanced photocatalysis.

(ii) Reduced cobalt oxide bandgap from 1.64 eV to 1.48 eV via multi-shell heterostructure design, achieving 8× higher photocatalytic efficiency.

(iii) Recipient of the WAAIME-SME Scholarship (USA) for outstanding research contributions.