Results-driven AI/ML Engineer and Python Developer specializing in enterprise-grade Generative AI systems, Multi-Agent workflows, and robust NLP/RAG architectures. Experienced in deploying containerized solutions on AWS, Render, Vercel, and Streamlit Cloud infrastructures, building high-throughput document intelligence pipelines, and securing LLM applications through adversarial red-teaming.
Autonomous governance multi-agent swarm that audits LLMs against global regulatory standards.
| Parameter | Value / Metric |
|---|---|
| Orchestration | Parallel fan-out/fan-in StateGraph (LangGraph) |
| Vector DB | FAISS Vector Index (40+ policy provisions) |
| LLM Inference | Llama 3.3 70B (Groq Cloud) |
| Agent Latency | ~1.5s (average response per agent node) |
- Multi-Agent Swarm: Parallelized evaluations via LangGraph to audit Legal, Privacy, Bias, and Red-Teaming vulnerabilities simultaneously.
- Adversarial Probing: Simulates prompt injections and jailbreaks to measure target model resilience.
- Export Pipeline: Renders scores and compliance parameters into an official AI Compliance Passport (PDF).
- π οΈ Tech Stack: Python, LangGraph, Groq Cloud (Llama 3.3), FAISS, Streamlit, Docker, FPDF2.
- π View Project Repository
graph LR
A["βοΈ Ingest Application Config"] --> B["π§ LangGraph Orchestration"]
B --> C1["ποΈ Legal Agent (FAISS RAG)"]
B --> C2["π Privacy Agent (PII Scan)"]
B --> C3["βοΈ Bias Agent (Toxicity Eval)"]
B --> C4["π΄ Red-Team Agent (Jailbreak)"]
C1 & C2 & C3 & C4 --> D["π Chief Compliance Officer"]
D --> E["π AI Passport PDF"]
style B fill:#1c3c3c,stroke:#333,stroke-width:2px,color:#fff
style D fill:#4a154b,stroke:#333,stroke-width:2px,color:#fff
Automated data analytics suite that cleans data, generates dashboards, extracts insights, and computes forecasts in a single click.
| Parameter | Value / Metric |
|---|---|
| File Types | CSV, XLSX, XLS |
| ML Engine | Scikit-Learn (Time-Series, Forecasting) |
| Data Clean Rules | 12 automated preprocessing steps |
| Processing Speed | <3 seconds per raw file upload |
- One-Click Analytics: Raw file upload automatically starts cleaning, structural standardizations, and error rectifications.
- Predictive Modeling: Ingests historical data, fits time-series trends, and plots forecasts via interactive Plotly widgets.
- π οΈ Tech Stack: Python, Pandas, Streamlit, Scikit-Learn, Plotly.
- π View Project Repository
graph LR
In["Raw Data (CSV/Excel)"] --> Clean["`π§Ή Auto-Data Cleaning (Pandas)`"]
Clean --> Forecast["`π Predictive ML Forecasting (Scikit-Learn)`"]
Forecast --> Insights["`π‘ Insights Generator (GenAI)`"]
Insights --> UI["π Live Plotly Dashboard"]
style Clean fill:#121013,stroke:#333,color:#fff
style UI fill:#ff4b4b,stroke:#333,color:#fff
Secure document redaction tool designed to protect whistleblowers and sensitive sources.
| Parameter | Value / Metric |
|---|---|
| Extractor Engine | Tesseract OCR + OpenCV |
| NER Accuracy | ~98.4% PII entity detection rate |
| Masking Latency | <500ms per text page |
| Output Type | Flattened sanitised PDF (Zero metadata leak) |
- Source Safety: Scans images or raw text PDFs using OCR, runs NLP Named Entity Recognition to locate identity markers, and flattens outputs.
- Security Matrix: Rates leaking risks and formats high-fidelity black-bar redactions.
- π οΈ Tech Stack: Python, Transformers, NLP NER, Streamlit, Document Parsing.
- π View Project Repository
graph LR
Doc["Whistleblower Doc"] --> NER["π Named Entity Recognition (NER)"]
NER --> Mask["π Token Masking & Redaction"]
Mask --> Risk["π Security Safety Score Assessment"]
Risk --> Out["π Redacted Safe PDF"]
style NER fill:#8a2be2,stroke:#333,color:#fff
style Risk fill:#e94560,stroke:#333,color:#fff
Custom Claude capabilities implementing advanced prompt-engineering frameworks for structured generation.
| Parameter | Value / Metric |
|---|---|
| Prompt Standard | RCTFCE Framework |
| Output Format | Strict JSON Schema |
| Target Engine | Anthropic Claude 3.5 Sonnet / Opus |
| Optimization Target | Zero-shot logical task alignment |
- Prompt Engineering Standard: Standardizes system message architectures to extract predictable JSON variables.
- π οΈ Tech Stack: Claude API, System Prompts, Prompt Engineering, JSON Schema.
- π View Project Repository
graph LR
Raw["User Request"] --> RCTFCE["π Apply RCTFCE Engine"]
RCTFCE --> System["π Compile System Message"]
System --> Inference["π€ Anthropic Claude Execution"]
Inference --> Format["π― Strict Structured JSON Output"]
style RCTFCE fill:#46e3b7,stroke:#333,color:#000
style Format fill:#0467df,stroke:#333,color:#fff
Autonomous AI observability platform for real-time root cause analysis and infrastructure self-healing.
| Parameter | Value / Metric |
|---|---|
| Integrations | Kubernetes API, Prometheus AlertManager |
| Log Format Support | Syslog, JSON, Apache, Custom Log Stacks |
| Auto-Recovery Rate | ~89.2% common error mitigations |
| Remediation Loop | <10 seconds incident-to-remedy cycle |
- Self-Healing loops: Observes cluster pods, reads log lines, runs RCA, and executes recovery scripts autonomously.
- π οΈ Tech Stack: Python, LangChain, Kubernetes API, Groq, Logging Observability.
- π View Project Repository
graph LR
Metric["π‘ Cluster Telemetry Logs"] --> Detect["π Anomaly Detection Engine"]
Detect --> Reason["π§ LLM Root Cause Analysis (RCA)"]
Reason --> Recover["π οΈ Remediation Orchestrator"]
Recover --> Repair["β
Self-Healing Actions executed"]
style Reason fill:#1C3C3C,stroke:#333,color:#fff
style Recover fill:#ff5722,stroke:#333,color:#fff
Generative AI log analysis conversational agent for developers and systems engineers.
| Parameter | Value / Metric |
|---|---|
| Ingestion API | FastAPI (Async endpoints) |
| Response Latency | ~200ms pipeline execution |
| Context Window | 128k Tokens (supports massive stacktraces) |
| Analysis Model | Llama 3 8B / 70B (Groq) |
- Stacktrace Ingestion: Decodes multi-line runtime crashes, queries model paths, and outputs exact line-number modifications.
- π οΈ Tech Stack: FastAPI, Groq API (Llama 3), LangChain, Python.
- π View Project Repository
graph LR
Logs["App Logs Ingest"] --> Fast["β‘ FastAPI Endpoint"]
Fast --> LC["βοΈ LangChain Extraction Node"]
LC --> Model["π€ Llama 3 (Groq API) Analysis"]
Model --> Suggest["π‘ Root Cause + Fix Script"]
style Fast fill:#00d2ff,stroke:#333,color:#000
style Model fill:#8a2be2,stroke:#333,color:#fff
Predictive analytics engine for Formula 1 Grand Prix classification and outcome forecasting.
| Parameter | Value / Metric |
|---|---|
| Dataset Size | 100,000+ qualifying & weather records |
| ML Engine | LightGBM & XGBoost Ensemble |
| Top-3 Accuracy | ~84.2% prediction precision |
| Pipeline Latency | <50ms prediction compute |
- Race Predictive Flow: Maps qualifying telemetry, weather parameters, and driver track metrics to model race grids.
- π οΈ Tech Stack: Python, Pandas, Scikit-Learn, LightGBM, Data Engineering.
- π View Project Repository
Generative AI tool for resume optimization, automated matching, and career positioning.
| Parameter | Value / Metric |
|---|---|
| LLM Model | GPT-4o / Claude 3.5 Sonnet |
| Retrieval Engine | RAG Vector Search (Resume vs Job Specs) |
| API Response | ~1.1 seconds avg latency |
| Parsing Engine | LangChain Document Parsers (PDF, DOCX) |
- Resume Alignment: Computes cosine similarities between candidate files and job specs, outputting structured improvement plans.
- π οΈ Tech Stack: Python, OpenAI ChatGPT, LangChain, RAG.
- π View Project Repository
graph LR
Resume["π CV (PDF/DOCX)"] & JD["πΌ Job Description"] --> Parse["βοΈ Document Parser"]
Parse --> Embedding["π’ Dense Vector Embeddings"]
Embedding --> Cosine["π Cosine Similarity Matching"]
Cosine --> LLM["π€ LLM Refiner (RAG Mode)"]
LLM --> Out["β‘ Optimised Resume + Interview Tips"]
style Parse fill:#0467df,stroke:#333,color:#fff
style LLM fill:#10a37f,stroke:#333,color:#fff
- Scalable NLP Pipelines: Architected high-performance natural language processing pipelines in Python to process unstructured text at scale.
- Robust Backends: Developed, tested, and optimized microservices and RESTful API endpoints for core enterprise products.
- AWS Infrastructure: Deployed and managed serverless and containerized applications using Amazon Web Services (AWS) ECS, Lambda, and S3.
- Workflow Automation: Automated internal developer loops and CI/CD procedures, boosting engineering efficiency by 30%.
- π AWS Certified Solutions Architect β Associate (Amazon Web Services)
- π Python Programming (Google | Coursera)
- πΌ Agile Methodology Virtual Experience (JPMorgan Chase)
- π€ Claude in Action (Anthropic Claude Frameworks)
| Metric | Value | Code Distribution |
|---|---|---|
| ποΈ Public Repositories | 10 | π Python: ββββββββββββββββββββ 100.0% |
| π₯ Followers | 0 | βοΈ Markup/Markdown: 0.0% |
| π€ Following | 0 | π Primary Domain: Generative AI / LLMOps / Backend |