About
As an AI Engineer, I specialize at converting ideas into deployable models. I am a Computer Science student specializing in Artificial Intelligence, with a strong academic background. I am particularly interested in computer vision, natural language processing (NLP), and generative AI. I enjoy working on efficient deep learning models and have developed innovative AI solutions throughout my academic career.
Work Experience
SchlumbergerOnsite
Data Scientist
- Contributes to the Digital Factory AI for Safety & Operations platform, improving safety, compliance, and efficiency across 30+ locations and 800+ cameras.
- Developed and optimized computer vision models for hard hat detection, coverall detection, and real-time forklift proximity monitoring.
- Enhanced mechanical lifting compliance detection, improving alert accuracy from 70% to 90% by introducing a depth-estimation model and upgrading to VideoMAE video classification.
- Built the "People Finder - AI Knowledge Agent," an AI chatbot for employee queries using an internal People Database.
- Used LangChain and LangGraph for agentic workflows and implemented hybrid retrieval pipelines using SQL-based filters and vector embeddings.
SchlumbergerOnsite
Data Scientist Intern
- Built deep learning-based product embeddings for Supply Chain Intelligence to recommend alternatives and support decision-making.
- Designed a multi-task learning architecture using RFM attributes and product metadata to generate unified embeddings.
Education
Amrita Vishwa Vidyapeetham
Skills
Projects
ModelHub
ModelHub is a platform for sharing, discovering, and running machine learning models
Podcastify
Convert a convert articles from URLs into listenable audio Podcasts.
MedGPT: GPT for Medical Diagnostics
Developed a medical chatbot by fine-tuning the LLama 2 model using efficient fine-tuning methods. Additionally, incorporated the Retrieval Augmented Generation (RAG) to enhance the output quality of generated responses. For this project, dataset was created by translating an existing Korean dataset into English.
RosBot: Self-Driven Robot with Obstacle Avoidance
Designed and implemented RosBot, a self-driving robot with obstacle avoidance, using ROS, TensorRT, Resnet18, and OpenCV. Optimized Resnet18 model with TensorRT for accurate obstacle detection and utilized OpenCV for efficient image processing.