SDE Intern
Highlights
Collaborated across teams to develop a dynamic IPO web application, deploying and optimizing a platform for over 80,000 customers to ensure seamless scalability and robust performance under high-traffic conditions.
Streamlined performance optimization workflows for 1,500+ daily active users and deployed an adaptive IPO web application leveraging JavaScript, React.js, and Node.js to enhance user experience and interactivity.
Integrated real-time data pipelines for all NSE-listed stocks and indices using RESTful APIs and WebSocket protocols, enabling seamless updates, accurate market trend tracking, and comprehensive financial market coverage.
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B.Tech
Industrial and Systems Engineering (ISE)
Grade: 7.47
C/C++, Python, SQL, Javascript, HTML, CSS, React.js, Node.js, Express.js, MongoDB, API.
Data Structure and Algorithm, Object-Oriented Programming, Operating System, Database.
Programming and Data Structures, Probability and Statistics, Advance Calculus, Statistical Learning with Applications, Introduction to Innovation and Entrepreneurship, Simulation and Game Theory.
Summary
Engineered a job management platform, reducing job record processing time by 40%, including 100+ job postings. Executed a highly performant and 100% efficient API using Node.js and Express.js ensuring seamless interaction. Integrated frontend using ReactJs resulting in a 40% reduction in loading time and seamless user experience. Build role specific APIs for admin and normal user respectively and added JWT authentication for securing APIs.
Summary
Designed an interactive COVID-19 website, using APIs to deliver real-time stats for 200+ countries and regions Optimized real-time API calls and implemented efficient data caching, reducing website load times by 40% Built a fully adaptive website with CSS media queries and flexible layouts, boosting mobile traffic by 30%
Summary
Designed and implemented a structure representing 43 quintillion Rubik's cube states using OOPs in C++ Applied BFS and DFS algorithms to systematically explore all 43 quintillion possible states of a Rubik's Cube Optimized the included algorithm efficiency by reducing redundant computations, lowering memory usage by 20% Mastered version control tools, managing 100+ iterations with CLion and GitHub for seamless collaboration