As an undergraduate researcher at Harvard Medical School, I am passionate about exploring the RNA World Origin Theory and developing novel techniques to observe targeted evolution in RNA molecules. I have applied my skills in biochemistry, biotechnology, and machine learning to this cutting-edge research project, which has resulted in a publication in SPIE, a prestigious journal in the field of optics and photonics.In addition to my research, I am also a course assistant in the undergraduate math department at Harvard University, where I have honed my expertise in the language of modern mathematics. I have guided students through the complexities of infinite series, integration, and differential equations, fostering their conceptual understanding and practical application skills. I have also developed a proficiency in modeling practical situations, utilizing integrals and differential equations to represent real-world scenarios.Furthermore, I am a case team leader at the Harvard Biotech Club, where I lead and empower student teams to tackle complex challenges in real-world consulting projects. My experience spans across two key areas: micro-catheters and drug discovery. Through my consulting work with startup and physician leaders in these fields, I have gained a deep understanding of the technology, its applications, and the challenges associated with its development and commercialization.I am currently pursuing my S.B degree in biomedical engineering with a secondary in economics at Harvard College, where I have been awarded the AP Scholar honor and the Student Leadership Award. I am also a dual enrollment student at Bowie State University and Prince George's Community College, where I have taken courses in computer science and science literacy. I am fluent in English, Gujarati, and Hindi, and I have a certification in Covid-19 Contact Tracing from Coursera.My goal is to leverage my interdisciplinary knowledge and skills to create innovative solutions for the healthcare industry. I am motivated by the potential of integrating machine learning, genomics, and proteomics to advance the understanding and treatment of diseases. I am also driven by the opportunity to collaborate with diverse and talented professionals and to contribute to the advancement of science and society.