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Gourav Gulia

Machine Learning Engineer

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Available for ML / AI RolesHaryana / Delhi-NCR, India
MACHINE LEARNING • APPLIED AI • DATA SYSTEMS
MACHINE LEARNING ENGINEER

Gourav
Gulia

Machine Learning Engineer building production-grade ML, GenAI, and data systems.

Machine LearningSimilarity SearchGenerative AIModel Serving
Professional Highlights
EY • PUBLIC SECTOR
Enterprise AIEY (Ernst & Young)
Built production face verification and forensic AI systems for national government clients.
Similarity Matching1M+ Records
Fast similarity search across high-volume databases to identify duplicate identities.
Production PipelinesFast APIs
High-performance backend services, automated workflows, and version-controlled data pipelines.
Reliable • Production ReadyDelhi-NCR, India
ROLE
Sr. Analyst
Enterprise AI & Machine Learning at EY
SCALE
1M+ Records
Fast similarity matching across large databases
SYSTEMS
Production APIs
Low-latency services and automated workflows
PRACTICE
Tested & Versioned
End-to-end reproducible data pipelines
EXPERIENCE

Work Experience

Professional history building enterprise ML systems and data pipelines.

Professional Summary

Machine Learning Engineer with hands-on experience building and deploying production ML systems at Ernst & Young (EY). Specializing in MLOps pipelines, high-dimensional vector search, and multi-agent GenAI architectures. Backed by a strong mathematical and statistical foundation (M.Sc. Data Science) with a focus on low-latency inference, reproducible pipelines, and clean software design.

Companies
Education
Master of Science (M.Sc.) in Data Science
Chandigarh University
Jul 2022 – May 2024Chandigarh, India
Bachelor of Science (B.Sc.) in Applied Science
Delhi University
Jul 2019 – May 2022Delhi, India
EY (Ernst & Young)Jun 2025 – Jun 2026

Sr. Analyst — AI & Machine Learning Systems

Enterprise forensic AI, biometric verification pipelines, and automated MLOps for large-scale public sector clients (SSC, HSSC, NHA).

Key Accomplishments:
  • Developed and deployed production face verification, image quality assessment, and identity fraud detection pipelines for national government clients.
  • Designed an ensemble model evaluation framework with calibrated threshold tuning, reducing false positive detections by nearly 11%.
  • Built high-performance similarity search across 1M+ candidate records and text matching systems, improving duplicate identity detection by ~25%.
  • Modernized legacy ML systems into modular backend services with automated workflows; optimized model inference to reduce latency by ~35% and memory usage by 22%.
Search Scale
1M+ Profiles
Orchestration
Automated Pipelines
Serving Latency
~35% Reduction
Deployment
Containerized Services
STACK:PythonFastAPIApache AirflowMLflowDeep LearningComputer VisionOpenCVVectorDBDockerScikit-LearnPandas
PROJECTS

Featured Projects

Production systems, multi-agent architectures, and developer tooling.

Multi-Agent AI2026
OPEN SOURCE

Analytica: Multi-Agent AI Data Analysis System

Autonomous data analysis with stateful multi-agent orchestration and Python execution

Autonomous multi-agent system combining LLM reasoning with sandboxed, deterministic Python execution for verified tabular data analysis and visualization.

Built a modular agent architecture using LangGraph for stateful query planning and isolated code execution.
Implemented structured Pydantic validation and error recovery loops to ensure reliable, code-grounded results.
Orchestration
Stateful LangGraph
Execution
Sandboxed Python
Architecture
Multi-Agent Personas
Validation
Pydantic Schemas
TECH:PythonLangGraphLangChainGroq LPUPydantic v2StreamlitDocker
MLOps & SystemsJun 2026 – Aug 2026
DEPLOYED

BurnoutAI: End-to-End ML Risk Prediction Engine

Configurable ML pipeline with versioned datasets, experiment tracking, and Docker serving

End-to-end machine learning system translating student behavioral and academic data into calibrated burnout risk scores, with complete artifact versioning and containerized serving.

Built an artifact-driven pipeline using DVC and MLflow for deterministic version control from raw data to model weights.
Developed a high-throughput REST service packaged in a public Docker container with an interactive Streamlit UI.
Deployment
Docker Hub Public Image
Tracking
Experiment Lineage
API Serving
Low-Latency REST
Reproducibility
Deterministic Hashes
TECH:PythonScikit-LearnXGBoostDVCMLflowFastAPIDockerStreamlit
GenAI & LLMOpsJun 2026 – Aug 2026
LIVE APPLICATION

Aurelius: Multi-Agent Research & LLMOps System

5-persona stateful LangGraph workflow with LangSmith tracing and citation verification

Autonomous multi-agent research system that coordinates 5 specialized personas to decompose complex queries, gather cross-source evidence, and generate citation-backed technical reports.

Coordinated a 5-persona stateful DAG with self-correcting review loops and automated scorecards for citation verification.
Tracked token economics and latency using LangSmith distributed tracing and Groq LPU inference acceleration.
Multi-Agent Graph
5 Personas
Observability
LangSmith Tracing
Inference
Groq LPU
Test Suite
28 Automated Tests
TECH:LangGraphLangChainLangSmithGroq LPUPython 3.12Pydantic v2StreamlitDocker
Computer VisionJul 2025 – Aug 2025
EY INTERNAL PACKAGE

Inspector: Biometric Verification & Similarity Search

Fast similarity retrieval and impersonation detection at EY

In-house high-throughput biometric verification library and similarity search engine engineered at Ernst & Young (EY) to audit large-scale government examination datasets (SSC, HSSC, NHA).

Built fast similarity search across 1M+ candidate records to detect duplicate identities across nationwide exam candidates.
Implemented automated image quality filters and text matching algorithms, reducing false positive detections by ~11%.
Database Scale
1M+ Candidate Records
Search Speed
Sub-Second Retrieval
Accuracy Gain
+25% Identity Detection
Distribution
Reusable Python Package
TECH:Computer VisionDeep LearningVector DatabasesSimilarity SearchPython PackagingMultiprocessing
Enterprise AIJan 2026 – Mar 2026
EY PRODUCTION

Candidate Intelligence Platform (CIP)

Forensic risk scoring model and LangGraph RAG investigation copilot at EY GPS Assurance

Enterprise-scale risk intelligence platform combining an ensemble candidate malpractice risk scoring engine with a LangGraph RAG copilot for automated SOP case retrieval.

Engineered ensemble risk models on multi-modal demographic and examination records for public sector audit teams.
Constructed a LangGraph RAG copilot retrieving official SOPs and historical cases for explainable, evidence-backed decision support.
Orchestration
Apache Airflow DAGs
Explainability
LangGraph RAG Copilot
Lineage
Version Controlled
Backend
FastAPI Microservice
TECH:LangGraphRAGApache AirflowDVCMLflowFastAPIDockerStreamlitPython
Open SourceMay 2025 – Jun 2025
LIVE ON PYPI

Logpunch: Structured Logging & Diagnostics Library

Published Python package on PyPI for production machine learning workflows

Lightweight, high-performance logging package published to PyPI to eliminate logging boilerplate, enforce Pydantic configuration schemas, and deliver module-aware stack trace diagnostics.

Published to PyPI with seamless `pip install logpunch` installation for production ML pipelines.
Enforces strict Pydantic v2 configuration validation to prevent silent pipeline logging failures.
Distribution
Live PyPI Package
Command
pip install logpunch
Validation
Pydantic v2 Schemas
Telemetry
Structured JSON & ANSI
TECH:PythonPyPI PackagingPydantic v2Exception HandlingStructured Logging
RESEARCH

Research Publication

Peer-reviewed machine learning paper published in IEEE Xplore.

IEEE PEER-REVIEWEDIEEE Peer-Reviewed International Conference Publication
INDEXED IN IEEE XPLORE

Liver Disease Prediction Using Ensemble Learning

Gourav Gulia et al.DOI: 10.1109/IC-EETA66496.2025.11548371

A clinical diagnostic predictive framework engineered for early-stage hepatic pathology detection. Evaluates comparative classification algorithms against clinical biochemical markers, utilizing statistical feature selection, cross-validation, and weighted decision voting to achieve up to 95% diagnostic accuracy.

Achieved up to 95% diagnostic accuracy, demonstrating statistically significant improvement over single-model baselines.
Calibrated high-sensitivity decision boundaries to minimize false negatives in clinical triage workflows.
Peer-reviewed and published in the IEEE Xplore digital library.
Venue
IEEE Xplore
Accuracy
Up to 95%
Methodology
Weighted Ensembles
Status
Peer-Reviewed & Indexed
METHODOLOGY & STACK:PythonEnsemble LearningScikit-LearnStatistical ModelingROC-AUC CalibrationClinical Analytics
SKILLS

Technical Skills

Core technologies and frameworks used across production environments.

Machine Learning

Algorithmic modeling, feature engineering, and statistical evaluation.
VERIFIED
PythonScikit-LearnXGBoostTensorFlowModel EvaluationFeature EngineeringEnsemble Methods
Algorithmic ModelingBurnoutAI & IEEE Paper
Feature EngineeringEY Government Audits
Threshold CalibrationEY Forensic Models

Generative AI & NLP

Stateful multi-agent workflows, RAG architectures, and evaluation.
VERIFIED
LangGraphLangChainLangSmithLLMsRAGGroq LPUPydantic v2Hugging Face
Multi-Agent GraphsAnalytica & Aurelius
LLMOps TracingLangSmith Integration
Investigation CopilotsCIP Platform at EY

MLOps & Engineering

Workflow orchestration, versioned artifacts, and containerized serving.
VERIFIED
DockerMLflowDVCApache AirflowFastAPIGitHub ActionsMultiprocessing
Workflow OrchestrationEY Production Airflow
Deterministic LineageDVC Pipeline in BurnoutAI
Low-Latency APIsPublic Docker Deployments

Data & Infrastructure

High-scale vector search, relational databases, and data processing.
VERIFIED
Vector Databases (Milvus / FAISS)Similarity SearchSQLMongoDBAWSPandasNumPy
Similarity IndexingInspector Library at EY
Identity MatchingDuplicate Detection
Data ProcessingLarge-Scale Exam Audits
APPROACH

Engineering Principles

Practical engineering standards applied to production machine learning systems.

PRINCIPLE 01APPLIED IN PRODUCTION

First-Principles Problem Solving

Machine learning algorithms are grounded in statistics, linear algebra, and mathematical optimization. Understanding theoretical foundations is the only way to diagnose edge cases and build reliable production models.

Evidence:M.Sc. Data Science & IEEE Peer-Reviewed Publication
PRINCIPLE 02APPLIED IN PRODUCTION

Reproducible MLOps Pipelines

Code, data splits, and model weights must be version-controlled and reproducible. Using automated data hashes and experiment tracking guarantees full lineage from raw data to deployed artifacts.

Evidence:Automated Lineage in BurnoutAI & EY Systems
PRINCIPLE 03APPLIED IN PRODUCTION

Production-Ready Engineering

An ML model is only as valuable as its serving reliability. Building modular microservices, containerized deployments, and robust APIs ensures smooth real-world operation.

Evidence:Low-Latency APIs & Production Containers
PRINCIPLE 04APPLIED IN PRODUCTION

Evidence-Based Verification

In both biometric forensics and multi-agent GenAI, ungrounded outputs carry high risk. Automated citation validation, multi-source cross-checking, and calibrated decision boundaries ensure dependable system outputs.

Evidence:Aurelius Citation Scorecards & EY Biometric Gates
Available for ML / AI Roles
Haryana / Delhi-NCR, India
CONTACT

Get in Touch

Open to specialized Machine Learning Engineer, MLOps, and Generative AI opportunities. Available for discussions.

EMAIL
gaurxv.gulia@gmail.com
GITHUB
gauravgulia26
LINKEDIN
gauravgulia1205