AI Engineer Resume Example

A complete, annotated resume for an AI engineer shipping LLM-powered features to production. Every section is broken down — so you can see exactly what makes this resume land interviews.

Scroll down to see the full resume, then read why each section works.

Priya Sharma
priya.sharma@email.com | (415) 555-0293 | linkedin.com/in/priyasharma | github.com/priyasharma-ai
Summary

AI engineer with 3+ years of experience building LLM-powered features and retrieval-augmented generation pipelines for production applications. Currently shipping AI features at Notion, where I reduced hallucination rates by 40% across the Q&A product through a custom RAG pipeline serving 50K+ daily queries at sub-2s latency. Previously built the ML platform at a Series B startup from zero to production-ready model serving.

Experience
AI Engineer
Notion San Francisco, CA
  • Built the retrieval-augmented generation pipeline for Notion Q&A, reducing hallucination rate by 40% while maintaining sub-2s p95 response latency across 50K+ daily queries by implementing hybrid search with dense and sparse retrieval
  • Designed and shipped a context-aware chunking strategy that improved retrieval accuracy by 23% over naive fixed-size chunking, using document structure signals (headings, tables, code blocks) to preserve semantic boundaries
  • Reduced LLM inference cost by 35% ($18K/month savings) by implementing a semantic caching layer with Redis and embedding similarity, serving 60% of repeat-pattern queries from cache without quality degradation
  • Built an evaluation framework for RAG quality using LLM-as-judge with human calibration, running nightly regression tests across 2,000 golden query-answer pairs and catching 3 production-impacting regressions before release
ML Platform Engineer
Vanta (Series B) San Francisco, CA
  • Built the ML serving infrastructure from scratch using AWS SageMaker and FastAPI, enabling the team to deploy models with <15 minute rollout times and automatic rollback on latency regression
  • Fine-tuned a BERT-based document classifier for compliance evidence categorization, achieving 94% accuracy across 47 categories and replacing a rule-based system that required 20+ hours of manual tuning per quarter
  • Designed the feature pipeline for real-time risk scoring using Airflow and a custom feature store, processing 3M+ events/day with p99 feature freshness under 5 minutes
  • Reduced model training time by 60% by migrating from single-GPU training to distributed training on a 4-node GPU cluster, cutting experiment iteration cycles from 8 hours to 3 hours
Machine Learning Intern
Google (Cloud AI) Mountain View, CA
  • Developed a prototype for automated model monitoring that detected data drift across 12 production ML models, using statistical tests on feature distributions to flag retraining triggers before accuracy degraded
  • Contributed to the internal evaluation toolkit for generative models, building metrics pipelines for factual consistency scoring that were adopted by 3 other teams post-internship
Projects
rag-toolkit
  • Open-source Python library for building production RAG pipelines with pluggable retrievers, rerankers, and evaluation harnesses. Supports Pinecone, Weaviate, and Chroma backends. 1,200+ GitHub stars, used by 40+ companies in production.
Skills

Languages: Python, TypeScript, SQL   ML Frameworks: PyTorch, Hugging Face Transformers, LangChain, LlamaIndex   Vector Databases: Pinecone, Weaviate, Chroma, pgvector   Infrastructure: AWS SageMaker, Docker, Kubernetes, Airflow   Evaluation: MLflow, Weights & Biases, custom LLM-as-judge frameworks

Education
M.S. Computer Science (Machine Learning)
Georgia Institute of Technology Atlanta, GA

What makes this resume work

Seven things this AI engineer resume does that most don’t.

1

The summary shows AI-specific depth, not generic ML

Instead of “machine learning engineer with experience in AI,” Priya’s summary names exact systems: LLM-powered features, RAG pipelines, production model serving. It immediately tells a hiring manager this person works at the application layer of AI — building things users interact with — not just training models in notebooks.

“...reduced hallucination rates by 40% across the Q&A product through a custom RAG pipeline serving 50K+ daily queries at sub-2s latency.”
2

Bullets quantify AI-specific metrics

Latency, hallucination rate, retrieval accuracy, cost per query, feature freshness — these are the metrics AI engineering teams actually care about. Generic metrics like “improved performance” don’t work here. Priya’s bullets prove she understands what to measure and how to move the numbers that matter in production AI systems.

“Reduced LLM inference cost by 35% ($18K/month savings) by implementing a semantic caching layer...”
3

Production ML is front and center, not research

This resume doesn’t lead with papers published or models benchmarked. It leads with systems shipped to production: a RAG pipeline handling 50K queries/day, a model serving infrastructure with automatic rollback, a feature pipeline processing 3M events/day. For AI engineering roles, proving you can ship is more valuable than proving you can research.

4

RAG and LLM experience is framed as engineering

Notice how Priya doesn’t say “used LangChain to build a chatbot.” She describes the architectural decisions: hybrid search with dense and sparse retrieval, context-aware chunking using document structure signals, semantic caching with embedding similarity. This signals an engineer who designs systems, not someone who strings API calls together.

“...implementing hybrid search with dense and sparse retrieval...”
5

The open-source project proves depth you can verify

An open-source RAG toolkit with 1,200+ stars and 40+ companies using it in production isn’t just a side project — it’s proof that Priya understands the problem space deeply enough to build reusable tools for it. Interviewers can look at the code, read the docs, and see real engineering decisions. This is the hardest signal to fake on a resume.

“1,200+ GitHub stars, used by 40+ companies in production.”
6

Skills are organized by ML stack layer

Not a flat list of every ML tool. Organized into Languages, ML Frameworks, Vector Databases, Infrastructure, and Evaluation — mirroring the layers of a production AI system. A hiring manager can see at a glance that Priya covers the full stack from model training to serving to monitoring, and knows exactly which tools she uses at each layer.

7

Education shows specialization without padding

The MS in Computer Science with an ML focus from Georgia Tech establishes credibility in two lines. No coursework lists, no GPA, no thesis title. The specialization is clear from the degree name, and everything above it — the production work, the open-source project, the quantified impact — already proves technical depth far more convincingly than any transcript could.

Common resume mistakes vs. what this example does

Experience bullets

Weak
Built an AI chatbot using LangChain and OpenAI API. Integrated with the company's knowledge base to help users find information.
Strong
Built the retrieval-augmented generation pipeline for Notion Q&A, reducing hallucination rate by 40% while maintaining sub-2s p95 response latency across 50K+ daily queries.

The weak version describes a tutorial project. The strong version shows production scale, specific quality metrics, and the tradeoff between accuracy and latency that real AI engineering requires.

Summary statement

Weak
Passionate AI enthusiast with experience in machine learning and deep learning. Skilled in Python and various AI frameworks. Looking to leverage my AI expertise in a challenging role.
Strong
AI engineer with 3+ years of experience building LLM-powered features and retrieval-augmented generation pipelines for production applications. Currently shipping AI features at Notion, where I reduced hallucination rates by 40%.

The weak version is generic excitement. The strong version names the exact type of AI work, the production context, and a specific result — in two sentences.

Skills section

Weak
Python, TensorFlow, PyTorch, Keras, Scikit-learn, OpenAI, LangChain, Hugging Face, GPT, BERT, RAG, NLP, Computer Vision, Deep Learning, Machine Learning, AI, Data Science, Neural Networks
Strong
ML Frameworks: PyTorch, Hugging Face Transformers, LangChain   Vector Databases: Pinecone, Weaviate, Chroma   Infrastructure: AWS SageMaker, Docker, Kubernetes   Evaluation: MLflow, W&B

The weak version is a buzzword dump that lists concepts (Deep Learning, AI) alongside tools. The strong version is categorized by stack layer, only includes tools actually used in production, and shows a coherent technical worldview.

Frequently asked questions

What should an AI engineer put on their resume?
An AI engineer resume should lead with production experience shipping AI features — not research papers or Kaggle scores. Focus on LLM integration, RAG pipelines, model serving infrastructure, and evaluation frameworks you’ve built. Quantify with AI-specific metrics: inference latency, hallucination rates, cost per query, retrieval accuracy. Show the full stack from data pipelines to production deployment, and organize skills by ML stack layer (frameworks, serving, data, evaluation) rather than listing every tool you’ve touched.
AI engineer vs ML engineer — what’s the difference on a resume?
An AI engineer resume emphasizes building AI-powered products and features — LLM integration, prompt engineering, RAG systems, and user-facing AI experiences. An ML engineer resume focuses more on model training, feature engineering, ML infrastructure, and experiment pipelines. In practice there’s significant overlap, but AI engineer roles lean toward application-layer work (shipping AI features to users) while ML engineer roles lean toward platform-layer work (training pipelines, model serving infrastructure, feature stores). Tailor your resume to match whichever framing the job description uses.
How do I show LLM experience on my resume?
Frame LLM work as engineering, not just prompting. Instead of “Used ChatGPT API to build a chatbot,” write “Built a retrieval-augmented generation pipeline that reduced hallucination rate by 40% while maintaining sub-2s response latency across 10K daily queries.” Show decisions you made: why you chose a particular embedding model, how you designed the chunking strategy, what evaluation framework you built to measure quality. Include specific tools (LangChain, vector databases, model serving frameworks) and quantify cost, latency, and accuracy improvements.
1 in 2,000

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