MS in Computer Science @ USC | B.Tech @ NIT Puducherry
Turning data into intelligent systems | AI, NLP, & Deep Learning
I am a Computer Science graduate student with a strong interest in Artificial Intelligence, Machine Learning, and Natural Language Processing. I enjoy designing intelligent systems that transform data into meaningful insights and scalable solutions. With hands-on experience across machine learning, deep learning, and data-driven application development, I focus on building solutions that are practical, reproducible, and impactful.
Currently pursuing my Master’s in Computer Science in the United States, I am actively seeking opportunities where I can apply my technical skills to solve real-world problems and contribute to innovative engineering teams.
Masters in Computer Science
CGPA: 3.82 / 4.0
Aug 2025 – May 2027
B.Tech in Computer Science and Engineering
CGPA: 9.3 / 10.0
Dec 2020 – May 2024
DeepLearning.AI
Regression & Classification
DeepLearning.AI
Recommenders & RL
Standford / DeepLearning.AI
Create an Agent with GPT-OSS
Roseville, CA, USA
Madurai, Tamil Nadu, India
Chennai, India
Gemini API • FLUX.1 • Full-Stack Agentic AI
Automates multimodal content trend analysis and thumbnail generation using Gemini and FLUX.1 with 100% system uptime.
PyTorch • YOLOv11 • Object Detection
Cascades X-ray screening between NanoDet-Plus and YOLOv11L, slashing inference time by 54% while improving AP@50 by 6.9%.
Multimodal LLMs • Agentic AI • Supabase
Delivers multimodal intent classification and hierarchical task scheduling with Google Calendar and Supabase serverless functions.
Semantic Search • ChromaDB • Mistral 7B
Delivers strategy-focused gaming Q&A using ChromaDB semantic retrieval and a quantized 7B Mistral LLM running 30% faster.
GAN • Computer Vision
Translates complex aerial satellite imagery into high-fidelity cartographic map representations using conditional GANs.
CNN • Medical Imaging
Classifies chest X-rays via a two-stage deep CNN pipeline, attaining 91% abnormality accuracy and 96% disease specificity.