Varunshen R

Maintenance and management of GIS components in an existing asset insights application, with reference to client requirements.

Development of GIS components for a new risk management application for visualizing hazard features on a map, and shapefile import and export functionality implementation.

Development of proof of concepts for client pitches for project requirement understanding.

Writing unit test cases for GIS components for application integrity management.

Support for issues in GeoServer and performance-related issues for GIS components.

Implementation of Smart City web applications to visualize utilities on the map using ArcGIS REST API services.

Prepared ArcPy batch processing scripts for data loading and data backup of GIS data.

Support and maintenance for the Progress Monitoring Application for road and pipeline projects to display, visualize, and analyze progress on the map.

Support and maintenance for an Incident Management application, which uses Google Maps and Dot Net APIs to monitor, manage, and close incidents for smart city projects, using network monitoring systems that will automatically create incidents, which will then be closed by field engineers.

Developed an Incident Management Application from scratch based on previous application experience tailored to a new client's requirements.

Refactored an existing Python script that was running for more than a day into a .NET console application and Microsoft SQL Server to execute in less than a minute.

Maintenance and enhancement for the existing Personnel Management application, which manages the timings of workers and assets within project boundaries, and visualizes the location and time on the map.

Developed an Attendance Management Solution for the client based on geofencing using the ArcGIS Map SDK, .NET API, and MS SQL Server, which was used by around 5,000 users, and then pushes the users' attendance to their employee portal.

Developed an automation solution to generate CAD drawings in DXF format to perform calculations of cut and fill for a huge area for laying solar panels based on the CAD drawing of stub locations in the input, with details and required tolerance.