Anagha Pradeep

System Optimization & Support: Direct the stability of enterprise-grade production systems by diagnosing and resolving complex application, access, and configuration bottlenecks across high-scale user environments. Operational Excellence: Spearheaded the documentation of standardized resolution workflows and escalation matrices, significantly reducing Time-to-Resolution (TTR) and ensuring cross-team consistency. Stakeholder Management: Act as a technical bridge between diverse end-user groups and back-end infrastructure teams to ensure seamless service delivery and minimal downtime. Strategic Troubleshooting: Utilize root-cause analysis to identify recurring patterns, implementing permanent fixes that improve long-term system reliability for the university’s digital ecosystem.

Taught and supported over 100 undergraduate students in mastering core data analysis skills using Excel and R. Delivered weekly Zoom sessions covering data cleaning, pivot tables, statistical functions, regression, and data visualization. Provided one-on-one academic support, helped debug spreadsheet formulas and R scripts, and clarified analytical concepts. Collaborated with faculty on grading, rubric design, and course communication through Microsoft Teams and the LMS. Focused on making data analysis accessible, hands-on, and relevant to real-world applications.

Google Earth Engine was used to analyze geospatial data and track changes in agricultural land use in the Midwest (Indiana, Ohio, Illinois, Wisconsin, and Michigan). We processed and integrated multiple remote sensing datasets, such as MODIS MCD12Q1, USDA NASS Cropland Data Layer, and TIGER Census boundaries. Performed raster data clipping, conducted band math operations, and executed change detection to quantify cropland loss, gain, and stability over a 20-year period. Developed automated workflows for temporal cropland change analysis and calculated accurate land area statistics to support research reporting. Exported and visualized geospatial data products for use in academic and policy-driven agrcultural studies. Worked closely with postdocs and faculty advisors to improve methods and confirm the analyticaloutcomes, ensuring improved data accuracy.

As an Operations Team Member at the IUPUI Campus Center, I support the coordination of daily operations for over 500+ clients and campus groups. My responsibilities include event setup, equipment management, and maintaining high facility standards. This role has strengthened my communication, time management, and ability to work effectively in a fast-paced, team-oriented environment.

Collaborated with the HMI team on digital instrument cluster development using Unity (C# scripting, prefabs) to implement and optimize features. Developed interactive simulation panels with Qt Creator (C++) to test physical car button functionalities. Conducted feature validation with Vector CANalyzer for CAN network communication, ensuring functionality and compliance. Performed code testing with Parasoft and explored QNX, adhering to industry standards for real-time OS applications.

HighRadius Technologies offers cloud-based Autonomous Software for the Office of the CFO, for strategic planning, budgeting, and financial management. Worked as a Tech-Track Intern, developed an AIEnabled Fintech B2B Cloud Application (Payment Date Prediction project )using Machine Learning, and later developed it into a full-stack application.

As a Campus Ambassador for the National Engineering Olympiad, I was responsible for promoting the event within my college community, encouraging student participation, and sharing official updates through digital and in-person channels. This role strengthened my communication, outreach, and organizational skills while representing a national-level academic initiative