B.Tech Final Year @ IIT Bombay · 0 yrs exp
Final-year B.Tech at IIT Bombay (CPI 8.69, graduating 2027). SWE intern at Pattern: shipped 19 production changes and owned 10 Airflow/Spark pipelines, including a fix that took Amazon ASIN coverage from 3K to 11K per week. Earlier at Netradyne I built a React + FastAPI + Azure OpenAI platform that opened MCP tools up to non-technical users. Python, C++, SQL. Looking for SDE / Data Engineering new-grad roles for 2027.
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Experience
Software Engineering Intern
Pattern Technologies · Pune
May 2026 – Jul 2026 · 2 mo
I worked on the team that collects retail data from marketplaces like Amazon, Walmart and TikTok Shop for client brands. Over the summer I owned 10 live Airflow and Spark pipelines and shipped 19 production changes across 3 codebases. The highlight was tracking down a silent bug, caused by expired cookies, that had cut our Amazon product coverage from 11K a week to 3K, then fixing it. I also found a 1,668-order gap that had gone unnoticed since February, built a new Amazon deals data source from scratch, and turned a repetitive backfill task into a reusable tool the team now uses.
Software Development Intern
Netradyne · Bengaluru
May 2025 – Jun 2025 · 1 mo
Netradyne had useful internal AI tools, but only developers could reach them, since they ran inside coding environments (IDEs). I built FRIDAY, a chat platform that let anyone on the business side type a request in plain English and have the right tool run for them. I built it end to end: a React and TypeScript frontend, a FastAPI backend with MongoDB for chat history, and Azure OpenAI to work out which tool to call and with what inputs. I also packaged it in Docker so several tool servers could run behind one interface.
Research Intern
Hokkaido University · Japan
Dec 2025 – Jan 2026 · 1 mo
I spent six weeks in Japan working on next-generation air-quality sensors, mostly on my own in a lab I had never worked in. I handled the whole build: growing ultra-thin indium oxide (In₂O₃) nanosheet films using a liquid-metal method, adjusting the processing temperature by alloying with bismuth, and turning the films into working gas-sensing devices on Cr/Pt electrodes. I set up automated resistance logging and analysed the time-series data, which showed a clear 303% response to nitrogen dioxide (NO₂) above a noisy baseline and confirmed the devices work. Learning to work independently in a new country and a new lab was as valuable to me as the research itself.
Education
B.Tech. Metallurgical Engineering and Material Science
IIT Bombay
2023 – 2027
Skills & stack
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