Bio
Chemical Engineer specialized in Bioprocess and a current Ph.D. student in Biological Sciences - Microbiology and Biotechnology at the University of Alberta. My academic and professional journey bridges the gap between traditional engineering and modern biological sciences, focusing on Synthetic Biology and Metabolic Engineering. With a robust foundation in research and development, I excel in process automation and optimization, leveraging programming languages such as Python, R, SQL, and Visual Basic to enhance system efficiencies.
My expertise encompasses a broad spectrum of skills, from software development and database management to advanced applications in Genome-scale Metabolic (GSM) modelling. I am adept at utilizing computational tools and methodologies, including Bash, C++, and advanced Excel, to address complex challenges in biochemical processes design, quantum chemistry and molecular thermodynamics.
My doctoral research focuses on the environmental and industrial applications of methanotrophs, particularly Methylomicrobium album BG8, known for its efficient methane utilization. This project seeks to mitigate methane emissions and transform them into valuable products through metabolic engineering strategies and advanced computational models. By enhancing the operational viability of M. album BG8 through symbiotic co-cultures and optimized culture conditions, and leveraging GSM modeling and multiomics refinement, my research aims to develop economically feasible strategies for methane biocatalysis, contributing innovative solutions to the climate crisis.
Driven by a passion for innovation, I am committed to advancing the field of Synthetic Biology, applying my programming acumen to streamline operations and contribute to groundbreaking developments in Metabolic Engineering.
