I am a dedicated Materials Science researcher passionate about exploring the transformative potential of Material Modeling and Simulation in modern materials science. My work focuses on leveraging these tools to drive the discovery of novel materials, thereby shaping the future landscape of materials technology.With expertise spanning Thermodynamic Modeling, Powder Metallurgy, and Tungsten Carbide Process Development-Standardization, I am deeply involved in every stage of material innovation. From leading New Product Development initiatives to driving Process Development and Upgradation projects, I am committed to delivering tangible results. My proficiency extends to Data Analysis & Interpretation and Material Characterization, ensuring robust insights into material behavior.As a practitioner of LEAN & Six Sigma methodologies with a Green Belt certification, I am adept at optimizing processes and driving efficiency across projects. I thrive on generating innovative ideas and devising practical solutions to complex challenges, earning a reputation among my peers as a driven and resourceful individual with a proactive mindset.Currently, I am pursuing my PhD, focusing on Alternative Binders for Hardmetals to reduce dependency on Cobalt while enhancing material properties. Simultaneously, I lead multiple research projects, spearheading efforts in New Product Development and Process Enhancement, consistently delivering impactful outcomes.