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1 year of experience
Marvan Mahamood is a third‑year Computer Science Engineering student at Karunya Institute of Technology, specializing in software engineering, machine learning, and backend development. He has hands‑on expertise in Python, Java, C++, FastAPI, Streamlit, Flutter, Firebase, Redis, and Hive, with a strong focus on building scalable systems and real‑time data integration. Marvan has delivered impactful projects such as an enterprise synthetic monitoring dashboard with multi‑tenant features, role‑based access control, and CI/CD pipelines, as well as healthcare ML solutions for biomedical data analysis. He earned recognition as Runner‑Up at the Eleven Labs AI Hackathon, where he contributed to designing and deploying an innovative AI solution under time pressure. Beyond technical skills, Marvan is passionate about sustainable tourism, cultural preservation, and AI‑powered navigation, demonstrated through his work on TripSnap, a travel‑tech project integrating Google Maps, hazard overlays, and real‑time data. His long‑term vision is to scale technology solutions that empower communities, redefine human‑centric mobility, and contribute to pioneering research in AI and software‑defined systems.

LiquidNoise is an innovative workflow automation platform designed to transform how businesses handle financial documents such as invoices, receipts, and purchase orders. Traditional systems often rely on rigid templates or cloud APIs, which struggle with varied layouts and raise privacy concerns. LiquidNoise solves this by operating locally, adapting instantly to new document formats, and securely extracting key information without manual intervention. It updates internal systems automatically, ensuring compliance and efficiency. For enterprises, this means faster processing, reduced costs, fewer errors, and complete control over sensitive financial data. LiquidNoise empowers finance teams to move from manual handling to intelligent automation, making document workflows smarter, scalable, and future‑ready.
7 Feb 2026