Krishna Sai Komaragiri

• Provided first level support and instructions for standard policies, procedures and specific application tools.
• Identifying the root cause of the issues and working on a permanent fix to avoid such failures in future.
• Developed and implemented a new process strategy with the team that reduced operational costs by 15% and increased efficiency by 25% within first year.
• Gathers operational data from colleagues and makes the report in tableau and updates the project progress to the team leads.
• Ensures that systems, methodologies and procedures were followed with 0% errors.
• Developed automated schedules to run the workflows using Control M automation tool with frequency of intraday, daily and monthly.
• Analyze operational data to identify trends and develop insights to improve operational efficiency.
• Incident management / Change management for the service ; follow-up, control, responsibility for process compliance.

PROJECTS

• Smart Traffic Management System using IOT
• Designed and implemented a cutting-edge Smart Traffic Management System using Internet of Things (IoT) technologies to optimize urban traffic flow and enhance overall transportation efficiency. The project aimed at addressing traffic congestion and improving road safety through real-time data acquisition, analysis, and intelligent decision-making.
• Integrated a network of smart sensors and cameras at key intersections to gather real-time data on traffic density, vehicle speed, and road conditions.
• Implemented an intelligent decision-making module that dynamically adjusted traffic signal timings based on the analyzed data, optimizing traffic flow and minimizing delays.
• Designed a user-friendly web interface accessible to traffic management authorities, allowing them to monitor the system in real-time, receive alerts, and make manual adjustments when necessary.

• GPS Tracking System using IoT
• Designed and developed an innovative GPS tracking system utilizing Internet of Things (IoT) technology to provide real-time location data for assets, vehicles, or individuals. The project aimed at enhancing tracking accuracy, optimizing power consumption, and enabling seamless integration with web-based platforms.
• Engineered a compact and energy-efficient GPS tracking device utilizing GPS modules, microcontrollers, and wireless communication protocols.
• Enabled remote monitoring and control of the GPS tracker through a web-based interface or a mobile application. Provided users with access to location history, geospatial analytics, and device management features.
• Integrated the GPS tracker with popular mapping services (e.g., Google Maps) to visualize real-time and historical location data. Enhanced user experience through intuitive and user-friendly interfaces.