Veeravardhan Addala

Veeravardhan Addala

Analyst at Capgemini

Hyderabad, India


About

Addala Veera Vardhan | Analyst at Capgemini holds a B.Tech in Computer Science and Machine Learning from CMR College of Engineering & Technology. He specializes in AI & ML, IoT support, cloud infrastructure, technical incident management, device lifecycle operations, and root-cause analysis. His key achievements include securing ₹9 lakh in government funding through the MSME 3.0 National Hackathon for scaling his Autonomous Road Maintenance and Pothole Repair System, an innovation for which an Indian patent has been filed/granted, as stated in his profile. He also developed a CNN-based facial expression recognition system achieving 90% validation accuracy. His work focuses on bridging software engineering, AI, and IoT to develop innovative solutions for real-world challenges.

Skills
JavaScript
Python
Kotlin
Java
React
Vue
Node.js
Gemini
TensorFlow
MongoDB
Experience

Analyst

Capgemini Technology Services

Jun 2025 to Present
  • Delivers 2nd-level technical incident support and manages high-priority technical escalations for global enterprise IoT ecosystems under Essity IoT Tork Services.
  • Executes global device provisioning, activation, and deactivation workflows while maintaining active IoT edge gateways to ensure uninterrupted data telemetry.
  • Conducts technical root-cause analysis on system logs and coordinates with cross-functional support tiers to drive swift bug resolution.
  • Acts as a direct L2 technical liaison for Customer Success Managers and global enterprise clients to translate backend telemetry anomalies into actionable solutions.
  • Completed rigorous fast-track training in Full-Stack .NET Core development, C#, and Microsoft Azure Storage architectures to diagnose and patch backend cloud exceptions.
Projects

Automated Pothole Filler

Developed an automated pothole detection and filling system using Arduino Mega, ultrasonic sensors, a motor driver, DC motor, and a servo-controlled filling mechanism. The system uses ultrasonic sensors to detect potholes and measure their depth, enabling the prototype to identify potholes and dispense filling material through a servo-operated mechanism. The project integrates embedded systems, sensor-based detection, motor control, and automation to explore an efficient solution for road maintenance. My responsibilities included team leadership, coding, and prototype design and implementation.

Arduino UNO
Internet of Things (IoT)
Hardware-Software Integration.
Education

Bachelors of Technology - CSM

CMR College of Engineering & Technology

Nov 2021 to May 2025
Certifications

Azure Fundamentals

Microsoft

Apr 2026

MongoDB SI Associate Certification

MongoDB

Jan 2026