ABRAR AHMAD — AI/ML & CLOUD ENGINEER

Building IntelligentSystems That Think,Learn & Scale.

AI/ML Engineer specializing in Generative AI, Agentic AI, RAG, Computer Vision, MLOps and AWS Cloud Engineering.

Open to AI/ML & Cloud roles and freelance work
About

Engineering intelligence, end to end.

I'm Abrar Ahmad — an AI/ML Engineer and AWS Cloud Engineer who bridges the critical divide between experimental machine learning models and scalable, production-grade cloud software.

My expertise centers around the frontier of Generative AI (autonomous multi-agent workflows, hybrid RAG with vector retrieval, and contextual reasoning) paired with real-time Computer Vision (detection, tracking, and automated safety systems using YOLOv8 and PyTorch).

Rather than isolated demos, I build complete systems: from data pipelines and model optimization to containerized FastAPI microservices and fault-tolerant cloud infrastructure on AWS.

16
Projects Shipped
1.5+
Years Experience
41+
Technologies Used
16
Video Demos
COGNITIVE AI

Generative & Agentic AI

Enterprise RAG pipelines, autonomous multi-agent teams, and LLM applications that reason over proprietary knowledge bases with deterministic tool-calling precision.

SPATIAL INTELLIGENCE

Computer Vision & Safety

Real-time detection, tracking, license plate recognition, and industrial safety systems engineered with YOLOv8, OpenCV, and PyTorch for edge and cloud deployment.

SYSTEM DESIGN

High-Performance ML Backends

Production-ready async Python and FastAPI microservices that serve models with ultra-low latency, strict response validation, and modular architecture.

CLOUD INFRASTRUCTURE

MLOps & AWS Cloud Engineering

Deploying, containerizing with Docker, and scaling intelligent systems on AWS (ECS, Lambda, S3, EC2) backed by automated CI/CD and observability.

ENGINEERING STANDARDS

How I architect intelligent systems.

Core principles guiding every system from initial model formulation to production rollout.

Production Over Prototypes

Moving beyond quick notebooks into containerized, low-latency microservices engineered for high concurrency and real-world reliability.

Autonomy With Strict Guardrails

Architecting agents and RAG workflows with structured output validation, hallucination checks, and reliable fallback loops.

Cloud-Native & Cost-Optimized

Designing resilient AWS infrastructure that scales horizontally under load while actively controlling token consumption and inference costs.

Capabilities

Five domains that combine into systems which perceive, reason and scale in production.

Generative AI

Building applications powered by large language models and generative systems.

LLMsPrompt Engineering

Agentic AI

Designing autonomous agents that reason, plan and use tools to complete tasks.

Tool UsePlanning

RAG

Retrieval-Augmented Generation grounding LLM answers in a knowledge base.

Vector DBsEmbeddings

LangChain

Orchestrating LLM chains, retrievers and tools into production pipelines.

ChainsRetrievers

LLM Applications

End-to-end apps built on top of hosted and open large language models.

GroqLlama 3

AI Agents

Multi-step agents that combine reasoning with external APIs and memory.

MemoryAPIs
Selected Work

01
AI Agents & Conversational AI

Nexus Bids AI — Autonomous Multi-Agent RFP Bidder

An enterprise-grade autonomous multi-agent AI system that parses RFPs, evaluates Go/No-Go feasibility, retrieves institutional knowledge via ChromaDB RAG, and generates production-ready technical proposals and cost estimates.

PythonFastAPIGroq CloudLlama 3.3 70BLangChain+5
02
Computer Vision — Detection & Safety

Concrete Cracks Detection

Deep learning segmentation model that highlights crack regions at pixel level for faster, safer inspection of bridges, roads and buildings.

PythonComputer VisionDeep Learning
03
AI Agents & Conversational AI

Enterprise Digital Twin — AI CEO Simulator

A multi-agent system where an AI CEO delegates to Marketing, Finance and HR agents, runs SimPy simulations before every decision, and stays grounded in company policy documents via vector memory.

PythonFastAPILangChainLangGraphGroq+5
04
Computer Vision — Detection & Safety

Office Activity Tracking System

Real-time workplace analytics that classifies activities such as working, roaming, sleeping and talking, then reports working vs non-working time.

PythonYOLOv8DeepSORTOpenCV
05
NLP & Machine Learning

VeriFact AI — Multi-Agent Fake News Detector

A CrewAI agent team that fact-checks news claims against live web and Wikipedia sources and scores them from 0 to 100, served from a Dockerized FastAPI backend.

PythonCrewAIGroqLlama 3FastAPI+3
06
Web Tools

LinkTrim — URL Shortener & Real-Time Analytics

A production-style URL shortener with Snowflake IDs, geo-routing, expiring links, asynchronous click logging and a ClickHouse-powered analytics dashboard.

Next.jsTypeScriptFastAPIPostgreSQLClickHouse+3
How I Build

From raw data to deployed intelligence.

Every system I ship follows a disciplined, production-grade path — combining modern AI models, rigorous evaluation, and resilient AWS cloud infrastructure.

Autonomous multi-agent orchestration, hybrid semantic retrieval, and tool-augmented generation with zero-hallucination verification loops.

COGNITIVE ARCHITECTURE
STEP 01

Ingest & Chunk

Parse unstructured PDFs, tables, and docs with semantic chunking, extracting high-dimensional embeddings into vector databases.

LangChainPDFPlumberChromaDBEmbeddings
STEP 02

Hybrid Retrieval

Execute two-stage hybrid retrieval combining dense semantic similarity with BM25 keyword matching and cross-encoder re-ranking.

Dense SearchBM25RerankingFAISS
STEP 03

Agent Reasoning

LangGraph orchestrates autonomous sub-agents with dynamic tool calling, structured Pydantic schemas, and citation verification.

LangGraphLLaMA 3Tool CallingPydantic
STEP 04

FastAPI & AWS Serve

Expose high-throughput streaming endpoints with async FastAPI, containerized in Docker and autoscaled across AWS ECS Fargate.

FastAPIDockerAWS ECSServerless
Production Architecture Standards
The targets every system is designed against: observable, reproducible and built to scale on AWS.
AWS ECS + DOCKER NATIVE
Design targets
<85ms
P99 Latency
Quantized inference & async APIs
99.9%
Uptime
Multi-AZ auto-recovery on AWS
Zero
Downtime Deploys
Rolling blue/green container updates
100%
Grounded Outputs
Strict Pydantic schema validation
Writing

All posts
Contact

Open to AI/ML engineering, Cloud Computing roles, freelance work and collaborations on ambitious systems. Reach out through any channel below.