I specialize in designing and optimizing advanced carbon capture systems to mitigate environmental impact. My role primarily involves applying physics principles and engineering methodologies to develop and enhance technologies that capture carbon dioxide emissions from industrial processes.Key Responsibilities:Design and Development: Design and validate novel carbon capture technologies, specializing in microwave heating. Finite Element Analysis (FEA): Conduct detailed FEA models to simulate and analyze the structural, thermal, and fluid dynamics aspects of carbon capture systems. Employ these models to predict system behavior, identify potential issues, and propose solutions.Research and Innovation: Engage in continuous research on the latest developments in carbon capture technology. Experiment with new techniques to enhance system performance and reduce costs.Collaboration and Coordination: Work closely with cross-functional teams, mechanical engineers, electrical engineers, chemists, and project managers, to ensure integrated and cohesive system development.

Research project addressing simulated and experimental tests to determine the effect of SARS-Cov-2 (Covid-19)on collagen (important human structural protein) Involves extensive computer modeling of enzyme interactionsusing the molecular dynamics program GROMACS. Custom auto and cross correlation algorithms were used tocompare how active and inactive versions of enzymes produced by the Covid-19 virus impacted collagen degradation proteins.