I build end-to-end AI systems that bridge the gap between experimental research and scalable production solutions. Focused on turning complex data into measurable business ROI through rigorous engineering, reproducible MLOps, and model explainability.
I don't just fit models on CSVs — I engineer resilient, explainable, production-ready systems tailored to business ROI.
Moving beyond Jupyter notebooks to build reproducible pipelines using DVC for data versioning, MLflow for experiment tracking, and Docker + FastAPI for containerized low-latency serving.
AI should never be a black box. I leverage SHAP values and interpretability trees to guarantee regulatory compliance, build stakeholder trust, and provide transparent decision justifications in high-stakes FinTech.
My background in Civil Engineering instills mathematical rigor and structured systems thinking, while a Master's in Mass Media allows me to decode human behavior, churn patterns, and NLP tasks intuitively.
Explore real-world end-to-end applications, deep learning architectures, and data intelligence tools.
Engineered an end-to-end churn prediction architecture across 7 comparative models. Applied business-driven threshold optimization (0.247 threshold) targeting top 20% highest risk users with SHAP waterfall explainability.
State-of-the-art hybrid Deep Learning application predicting NIFTY 50 index movements 7 days ahead using Encoder-Decoder Seq2Seq LSTM architectures and live yfinance streaming.
Production-ready modular NLP pipeline with TF-IDF vectorization, specialized negation handling (e.g. "not good" classification), and a deployed live Streamlit application.
End-to-end multi-agent orchestration taking a single topic and generating research (DeepSeek), Hinglish scripts (Llama-3.3-70B), voiceovers (ElevenLabs), visuals (Flux.1), and an auto-synced rendered vertical MP4 reel with MoviePy.
Production-ready video ingestion system with intelligent multi-page discovery, crash-resilient PostgreSQL state tracking in Supabase, and Bunny Stream CDN syncing.
Solved the critical dilemma of credit risk and regulatory non-compliance in automated loan underwriting. Achieved 95%+ Recall on high-risk borrowers while generating SHAP-powered explainability reports for transparent loan rejection audits.
Manual audits for margin erosion were extremely costly and slow. Built an anomaly detection pipeline that flags margin leaks with 85.2% Precision.
Replaced slow and inconsistent manual surface inspection in heavy manufacturing with a custom U-Net deep learning segmentation architecture.
End-to-end Python automation pipeline that ingests client branding, extracts color palettes, generates high-converting responsive websites, enforces strict 14-point pre-deploy verification, and deploys to Cloudflare Pages edge network.
Comprehensive statistical investigation analyzing demographic, socio-economic, and study habits influence on academic success scores using Pandas and Seaborn.
Rigorous exploratory data analysis and feature engineering pipeline extracting title categories, deck positions, and family group survivability patterns.
Proficiencies across machine learning algorithms, deep learning, MLOps tooling, and software engineering.
Test drive my capabilities directly from the command line. Type commands or click the chips below!
How structural engineering precision merged with behavioral media insights to form a distinctive AI engineering perspective.
Architecting end-to-end machine learning pipelines, Explainable AI systems (SHAP in FinTech), and automated high-throughput web factory engines. Maintaining 18+ public GitHub repositories.
Developed the Retail Margin Intel anomaly detection engine with SMOTE balancing, reducing 15+ hours/week of manual margin leak audits with 85.2% precision.
Engineered pixel-level U-Net defect detection models in PyTorch for high-precision steel manufacturing quality assurance.
Applied psychology of audience engagement, communication dynamics, and textual narrative structures. Directly powers my intuitive approach to NLP and customer churn behavior modeling.
Rigorous training in mathematics, structural integrity, quantitative tolerance analysis, and complex project execution under tight engineering constraints.
Whether you're looking for a full-time AI/ML Engineer, an MLOps specialist to productionize your models, or an auditable predictive system for your team — I'd love to connect!
AI & Machine Learning Engineer
AI & Machine Learning Engineer with deep specialization in production ML pipelines, Explainable AI (SHAP), and Computer Vision. Experienced in developing high-recall classification models (95%+ Recall in credit risk), anomaly detection engines (85.2% precision), and automating complex business operations.
Languages & Frameworks: Python, PyTorch, Scikit-Learn, XGBoost, FastAPI, Streamlit, Pandas, NumPy, SQL.
MLOps & Cloud: Docker, DVC, MLflow, Git/GitHub, Cloudflare Pages, REST APIs, CI/CD pipelines.
Core Specialties: Explainable AI (SHAP), Anomaly Detection (SMOTE), Computer Vision (U-Net), Feature Engineering.
• Master's in Mass Media: Behavioral Analysis & NLP Narratives.
• Bachelor's in Civil Engineering: Precision Systems & Mathematical Modeling.