—Preface
I’m am currently working as a Bioinformatics Programmer in the Evrony Lab at NYU Langone Health. I previously worked as a Computational Biology-Data Science Co-op at NextRNA Therapeutics, where I engaged in the development of RNA-directed medicines. My academic background includes a Master’s degree in Bioinformatics from Northeastern University, where I was trained in the application of computational methods in the analysis of biological data. Prior to this, I worked as a Research Assistant in the Dong Lab, where I utilized my expertise in programming to design python scripts for the automated analysis of enzyme-cofactor reactions from research papers. Additionally, I served as a Teaching Assistant for a python programming course, mentoring and providing guidance to bioinformatics graduate students to enhance their understanding of programming in Bioinformatics. During my Bachelor’s degree in Biotechnology, I gained comprehensive knowledge in diverse areas, including cancer biology, RNA biology, genomics, proteomics, drug designing, and structural biology. This background enables me to contribute unique insights and perspectives to my current role, where I am tasked with leveraging my knowledge in computational analysis of biological data to derive innovative insights.
—Niche
It’s an incontrovertible fact that research has served as the fulcrum for igniting ideas and thoughts in most people, if not all. This aspect of research is precisely what makes me consider bioinformatics such a fascinating, engrossing field of science. There are numerous ways of solving a research problem and bioinformatics paves the way, giving rise to endless possibilities and unconventional ways of looking at a research problem. The interdisciplinary facet of biotechnology—its predisposition to overlap with other scientific fields such as computer science, physics, and chemistry—is instrumental in engendering breakthroughs in order to solve real-world problems afflicting the current society. Computational biology possesses the power to make biological studies happen faster and more efficiently, considering the plethora of information that can be obtained from an individual’s DNA.
I am driven by the scientific curiosity to make a dent, if not a difference, in the field of medical drug designing. Motivated by a profound passion towards this unique field and humbled by the intricate complexity of disease biology, I am driven to utilize cutting-edge science and technology to create novel therapeutic agents that can eliminate afflictions and enhance human health. As an ardent advocate of the remarkable capabilities of computational biology, machine learning and drug discovery, I am deeply devoted to advancing the field of biomedicine and therapeutics discovery by making it more accurate, consistent, and customizable.
—Hobbies
During my leisure hours, I enjoy indulging in various creative pursuits, such as crafting digital illustrations that allow me to express my artistic side. Additionally, I relish the intellectual stimulation and entertainment provided by reading books, while also finding solace in the outdoors and nature by embarking on invigorating hikes. I also have a strong thirst for knowledge and am always eager to acquire new skills and expand my understanding of the world around me.
—Photo Frolics
