About Me
Currently pursuing an MS in Information Systems at NYU's Courant School of Mathematics and Stern School of Business, I hold a BE in Computer Engineering from Mumbai University. My professional background includes working as a Senior Data Engineer at LTIMindtree and a Digital Transformation Product Intern at Lenovo in the US. I am particularly passionate about the intersection of technology and health-tech, aiming to leverage my skills to address critical challenges in the industry.
NYU
As Vice President of the Graduate Student Council at NYU, I focus on fostering inclusive leadership to ensure students feel heard and supported through the challenges of graduate school. Additionally, as a Graduate Teaching Fellow for the 'Value-Driven Health Care' course, I engage deeply with healthcare topics, guiding students through discussions on improving healthcare delivery and value. My passion for healthcare continues to grow as I explore innovative solutions to industry challenges.
Lenovo
As a Digital Transformation Product Intern at Lenovo, I led the development of a real-time insights dashboard to track $300 million in annual investments. Mentoring two undergraduate interns, we introduced a new project lifecycle methodology to track projects better. The result was a user-friendly product that improved operational efficiency, allowing project managers to update data easily and providing executives with valuable insights for informed decision-making.
LTIMindtree
As a Senior Data Engineer at LTIMindtree, I collaborated with cross-functional teams to build data models and low-code apps, enabling financial analysts to make informed decisions. Partnering with senior executives from LTIMindtree and Chevron, I developed a Finance Enhancement Dashboard that tracked project performance, reduced billing discrepancies, and enhanced client trust by providing greater transparency and highlighting areas for continuous improvement.
AI
AI is revolutionizing industries by solving complex challenges. With LegiSight, I’m building a system to predict legal and legislative outcomes using embeddings from cases and precedents. In healthcare, our economic analysis for the AI-powered medical triaging app shows that leveraging large language models (LLMs + RAG) could reduce wait times, save $3.6M annually, and prevent 200,000 avoidable ER visits.