I am a dedicated researcher passionate about sustainability, polymer degradation, and engineering education. My work focuses on characterizing polymer degradation mechanisms and their consequent behavior to improve materials employed in separation processes and enhance sustainable industrial practices. By exploring these mechanisms, I aim to develop sustainable materials and processes that minimize environmental impact.With expertise in modeling and thermodynamics, I enjoy applying complex concepts to real-world challenges. I believe in hard work, collaboration, continuous learning, and effective teamwork. My CliftonStrengths assessment reflects my strengths in strategic thinking, initiating action, organization, analytical reasoning, and recognizing individual talents (Strategic, Activator, Arranger, Analytical, and Individualization).As an educator, I am committed to nurturing undergraduate and graduate students in both research and personal development. I am committed about fostering the next generation of engineers and scientists by creating learning environments that promote innovation. I actively support underrepresented populations in engineering and science, providing spaces for our integration into research and teaching activities. By promoting diversity and inclusion, I aim to enrich the learning environment and drive innovation.Committed to setting clear objectives and meeting deadlines ahead of time, I constantly evaluate results to foster continuous improvement. I strive to contribute meaningfully to any team and prioritize the well-being of others in all collaborative efforts.