Materials Science and Chemical Engineering graduate with specialized expertise in polymer recycling, sustainability analysis, and process optimization. My technical background includes Life Cycle Assessment (LCA), carbon footprint analysis, and resource recovery with a strong focus on applying these methodologies to polymers and plastics. I am adept at using tools such as OpenLCA for environmental impact assessments and AspenPlus and HSC Chemistry for simulating and optimizing chemical processes. I have hands-on experience in mechanical recycling techniques like twin-screw extrusion and injection molding, focusing on enhancing the quality of recycled polymers while minimizing waste. My proficiency in material characterization, using methods such as SEM, FTIR, and LDIR imaging, supports my work in analyzing recycled materials for quality assurance and process improvement. I am passionate about leveraging my skills in process engineering and sustainability to contribute to impactful projects that enhance circular economy practices and promote sustainable material use. Whether optimizing recycling processes, assessing environmental impacts, or improving energy and resource efficiency, my goal is to drive meaningful advancements in sustainable materials management.