In the pursuit of creating a cleaner, healthier, and sustainable environment, the global challenges posed by air pollution have become a primary concern for humanity. Amidst this pressing issue, I am honoured to introduce myself as a highly driven and accomplished doctoral researcher, passionately dedicated to making a profound impact on society through cutting-edge research and innovation. With a diverse background in physics, extensive teaching experience in higher education, and expertise in Computational Fluid Dynamics (CFD) and Polymer Science, I aim to develop an air filtration device using multiple concepts of physics. As a seasoned educator, I have had the privilege of imparting knowledge across various subjects of physics, including electromagnetism, quantum and statistical mechanics to aspiring learners in higher education. This invaluable teaching experience has not only honed my pedagogical skills but has also instilled in me a deep sense of responsibility to contribute meaningfully to the advancement of scientific knowledge. Additionally, my specialization in Computational Fluid Dynamics has equipped me with the analytical tools necessary to model and simulate complex fluid flow phenomena. This invaluable skill set enables me to study the behaviour of airborne pollutants, optimize airflow patterns, and design efficient air filtration systems with precision and efficacy. Through collaborative research, we can effectively address the evolving dynamics of air pollution, devise robust filtration methodologies, and contribute to the larger goal of sustainable environmental stewardship.