AI/ML engineer with strong expertise in Generative AI, Large Language Models, NLP, and Computer Vision. Skilled in Python, MLOps, and automation, with proven ability to design, deploy, and optimize intelligent solutions.
Passionate about transforming ideas into impactful AI applications, I combine technical depth with practical problem-solving to deliver scalable, real-world innovations. Seeking opportunities to apply AI/ML expertise to impactful real-world applications.
Nexquare
21K School
EpsilonPi, Hyderabad, India
CodVis, Hyderabad, India
Vignana Bharathi Institute of Technology, Hyderabad, India
English, Hindi, Telugu
An AI-powered search engine built with LangChain, Groq, and Streamlit, integrating tools like Wikipedia, Arxiv, and DuckDuckGo to provide intelligent, multi-source answers with agent-based reasoning.
A RAG-based chatbot that lets users upload documents and interact with them via natural language. Combines embeddings, vector search, and LLMs with chat history to maintain contextual, intelligent responses.
A Q&A chatbot integrating multiple LLM providers like OpenAI, Groq, and HuggingFace. Enables real-time response comparison, dynamic provider switching, and robust fallback mechanisms through a unified conversational interface.
Built a machine learning pipeline to classify DynamoDB RCU provisioning states (over/under/balanced) using historical usage data, time-based features, and Random Forests for predictive infrastructure scaling
Employs deep learning (ResNet, EfficientNet) to classify images into highly similar subcategories. Uses transfer learning. Evaluated by Top-1/Top-5 accuracy.
Converts speech to text, then classifies user intent using NLP models (CNNs, transformers) to map voice commands to actions. Evaluated by accuracy/intent recognition rate.
Uses Generative Adversarial Networks (GANs) to generate realistic images. Focuses on improving image quality/diversity. Evaluated using Inception Score/FID.
Leverages deep learning (LSTM, BERT) to identify toxic comments. Processes text data for contextual understanding. Evaluated using AUC-ROC or precision-recall.
Developed a customer churn prediction model using bank customer data. Applied data preprocessing, feature selection, and machine learning techniques to identify high-risk customers and reduce customer attrition.
Built a life expectancy prediction pipeline using cleaned datasets, linear regression modeling, and a Flask-based web interface—enabling live predictions through a deployed model and intuitive REST API.
Issued by Amazon Web Services (AWS)
Issued by Amazon Web Services (AWS)
Issued by Cisco
Issued by Cisco
Issued by Coursera
Issued by Coursera
Issued by Udemy
Interested in collaborating or have a question? Feel free to reach out!