Debashree bhattacharjee

As a UX designer in Nasdaq I worked for a financial product called Collateral. I translate user needs and business objectives into clear flows and interfaces across borrowing, collateral management, and repayments, ensuring clarity around risks, terms, and actions. Present design decisions backed by user insights and data, gather feedback to align user experience with business direction.

Involved in creation of a digital platform tailored for the financial services sector including corporate and investment banks, private equity and venture capital firms, and consulting firms. The project aims to empower decision makers by delivering seamless access to advanced research, analytics, and integrated technology solutions. Collaborate work with the project manager and business analyst to drive comprehensive UX research.

Collaborated with executives and developers to translate user insights into a more user-friendly application for Indian Air Force Captains managing Fight Test Data, Flight Test Schedule, Flight Test Management, Master Data of Combat Aircraft Management. Translated defence user's needs into a redesigned product (Intelligent Automation for Combat) that streamlined user flow for critical tasks and improved satisfaction for Indian Air Force Captains in NFTC (HAL Bangalore).

Structured and organized large datasets for efficient data retrieval and analysis. Analyzed user behaviour and interaction patterns within geospatial applications, identifying opportunities to improvise user journeys. Leveraged satellite data to design and develop interfaces for agricultural growth monitoring, that empowers farmers with real-time insights to optimize decision-making, increase income, and achieve sustainable practices.

Analyzed agricultural drought patterns in Northeast India using geospatial data visualization, contributing to a study presented to the Government of India for drought prediction and improved agricultural practices. Created interactive drought maps using ArcGIS, enabling researchers to efficiently identify drought-affected areas for targeted interventions. Utilized JavaScript scripting in Google Earth Engine to calculate vegetation and soil moisture levels, fostering data-driven decision making for scientists.