Bangalore, Karnataka, India
Contact: +91 8904280913 | Email: kesevanbalaji@gmail.com
GitHub: KESEVAN | LinkedIn: Kesevan Balaji
Computer Science graduate passionate about leveraging cutting-edge technology to drive innovation. Experienced in Azure platform as a systems engineer in Identity Security Governance, developing PowerBI dashboards, Power Platform applications, and deploying identity-based projects with prior experience in computer vision models for autonomous drones and scenario simulations for autonomous vehicle testing.
Developed an end-to-end application using Agile Methodology, enabling users to identify potential allergens in food products through AI-based detection.
Technologies: Python, JavaScript, SQL, Flask, TensorFlow
View on GitHubEngineered a multi-worker batch prediction system on Google Cloud, optimizing model inference performance for large datasets, improving scalability and speed by 40%.
Technologies: Google Cloud, Python, Docker, Kubernetes
View on GitHubDeveloped navigation algorithms for UAVs to autonomously navigate through complex environments, focusing on safety, reliability, and efficiency.
Technologies: ROS, Python, Computer Vision
View on GitHubLed the creation of a PowerBI dashboard for Azure Entra ID, providing real-time insights into system health and identity management metrics.
Technologies: Azure, Power BI, SQL
View on GitHubRamaiah Institute of Technology, Bangalore - Class of 2023
GPA: 8.89
I am a highly motivated individual passionate about developing AI-driven solutions that make an impact. Over the years, I have gained experience in software engineering, machine learning, and cloud technologies. My background includes a blend of projects related to autonomous systems, cloud identity security, and innovative AI-based applications. My professional journey started with gaining hands-on experience as a systems engineer at Shell, where I honed my skills in Azure platforms, identity security, and data integration, while also managing challenging cloud deployments.
Following my stint in identity and security governance, I transitioned to work on exciting projects in the field of autonomous vehicle testing and UAV navigation. I developed simulation environments and applied computer vision models to ensure autonomous vehicles can safely navigate complex scenarios, which sparked my interest in the intersection of AI and robotics.
In my free time, I enjoy experimenting with open-source AI models, hiking, and exploring