Materials scientist specializing in the development of sustainable high-performance magnetic materials, with a focus on rare-earth-reduced and cobalt-free alternatives for next-generation permanent magnets. Combines expertise in advanced material synthesis, microstructure engineering, and multi-scale characterization, including magnetometry (open/closed loop, pulsed field), thermal analysis (TMA), singular point detection (SPD), structural probing (XRD, SEM/EDX), and dielectric measurements to optimize magnetic properties and environmental sustainability. Drives innovation through cross-disciplinary research and industry partnerships, delivering scalable solutions that balance performance, cost, and supply chain resilience for clean energy and advanced technology applications.