Sreekanth Dheerendranath

Developed advanced GIS automation scripts using Python (ArcPy) within Esri ArcGIS Pro and ArcGIS Enterprise environments, streamlining complex geospatial workflows.

Migrated and optimized legacy batch processes for Utility Network data management, significantly improving data processing efficiency and system scalability.

Designed and maintained a robust data conversion pipeline, transforming File Geodatabases (FGDB) of critical water and sewer network data into CAD/DGN formats for engineering applications.

Enhanced script performance through algorithmic optimization and parallel processing, reducing execution time from 20 minutes to under 5 minutes (75% improvement).

Engineered an internal AI-powered product for ArcGIS Pro (>3.10) using Python (FastAPI) and Node.js, integrating intelligent geoprocessing capabilities and currently undergoing internal testing.

Enhanced and localized core banking products for the U.S. market, leveraging deep domain knowledge to ensure compliance with regulatory and operational requirements.

Provided critical insights for core banking system upgrades, leading to improved performance, enhanced compliance, and superior user experience.

Modernized five legacy applications by migrating them to web-based .NET solutions, refactoring over 30% of the codebase to significantly improve maintainability and UI integration.

Led the design and development of a device tracking and authentication module, reducing fraud incidents by 70% and strengthening customer account security.

Streamlined integrations between UniData backend systems and .NET web services through cross-functional collaboration, enhancing overall platform reliability and scalability.

Spearheaded feature implementations on the dSPACE ConfigurationDesk Tool, delivering critical improvements for Real-Time Application (RTA) build workflows.

Enhanced build status logging for all participating RTAs, improving traceability and debugging efficiency across development cycles.

Optimized RTA build performance and stability on Linux OS platforms by implementing low-jitter and low-latency removal features.

Increased test coverage to 95%, significantly improving software quality and reducing production defects.

Consistently delivered project milestones on a strict two-week sprint cycle, ensuring timely and effective Agile delivery and team alignment.

Implemented containerization for front-end and backend applications, decreasing deployment errors by 70% and enhancing development and testing environment stability.

Automated Electron package builds across various configurations using advanced PowerShell scripting, improving build efficiency and consistency.

Developed a Microsoft SSO error screen back button solution, adopted by 4 internal teams, resulting in smoother SSO functionality and enhanced user satisfaction.

Collaborated with global stakeholders to gather critical data, significantly enhancing system development accuracy and on-time delivery.

Conducted comprehensive security analysis using Black Duck, collaborating with Security Architects to effectively mitigate identified security risks.

Led and mentored a 3-member software development team, fostering skill development and ensuring high-quality project execution.

Evaluated, modularized, and upgraded legacy codebases to modern standards, decreasing operating costs by 40% while improving maintainability.

Coordinated with cross-functional development teams to evaluate system solutions, ensuring alignment with evolving client requirements and strategic objectives.

Developed and documented efficient troubleshooting methods and solutions, building a comprehensive knowledge repository to enhance support team effectiveness.

Spearheaded the development of Proof-of-Concepts (POCs) for innovative software solutions, validating technical feasibility and potential business impact.

Employed diverse instructional methods to engage students and foster sustained interest in C#.NET and Core Java programming concepts.

Developed and updated course syllabi to align with evolving industry standards and educational requirements, ensuring curriculum relevance.

Mentored students through practical exercises, fostering critical thinking and exposing them to various programming approaches and problem-solving techniques.

Supervised three classes of undergraduate and graduate students per semester, guiding their academic progress and project work.

Maintained and enhanced prevalent applications while developing new functionalities to improve system performance and user experience.

Participated in engineering discussions to identify system load and prepare improvement plans for application optimization.

Developed and integrated code fixes into releases and patches, ensuring application stability and performance.

Organized and implemented a Point-of-Sale (POS) web application development project, delivering a functional and robust solution.