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Machine Learning CV Example

Updated 22 July 2026

A strong machine learning CV proves you can ship models to production, not just train them in notebooks. Recruiters separate ML engineers from data scientists by looking for deployment-focused language: serving infrastructure, monitoring, and measurable business impact. This guide shows you how to structure your machine learning CV with production metrics, a clean skill taxonomy, and the technical choices that demonstrate real-world ML engineering expertise.

Machine Learning CV examples

Junior Machine Learning Engineer

entry

Leads with a deployed model and production metrics despite limited experience, then backs it up with relevant academic projects and a clean skill taxonomy.

Machine Learning Engineer

mid

Demonstrates ownership of full MLOps stacks, quantifies business impact alongside technical metrics, and shows progression from individual contributor to technical lead.

Senior Machine Learning Engineer

senior

Shows technical leadership across multiple ML domains, quantifies business and infrastructure impact at scale, and demonstrates strategic influence through architecture decisions and team mentorship.

How to write a machine learning CV

Format and length

Keep your machine learning CV to one page if you have 0-5 years of experience, two pages for senior roles. Use reverse-chronological order because in ML the recency of your stack is itself a signal. Your most recent work shows whether you are current on PyTorch, Kubeflow, LLMs, and modern serving tools.

Section order

  1. Contact details and personal statement at the top (name, location, email, phone, LinkedIn).
  2. Skills grouped into named families (Core ML, Deep Learning Frameworks, MLOps & Serving, LLM & GenAI, Cloud & Infrastructure, Data Pipelines, Monitoring). ATS and recruiters scan faster for Kubeflow or Triton under an MLOps heading than buried in a flat list.
  3. Experience in reverse-chronological order, with 3-4 achievement bullets per role. Each bullet pairs a technical choice with a production outcome and a number.
  4. Education (degree, institution, dates, key modules or dissertation if relevant).
  5. Achievements (certifications, Kaggle medals, publications, open-source contributions).
  6. Additional information (languages, interests) only if genuinely relevant.

Personal statement

Two to three sentences: your ML sub-specialty (NLP, computer vision, recommender systems), years of experience, one standout production metric, and your core technical stack. Anchor to a clear title (ML Engineer, AI Engineer, Data Scientist, ML Research Scientist) because each routes you to different interview pipelines and salary bands. If your work is 70% or more training and deploying models, claim ML Engineer, not Data Scientist.

Experience bullets

Every bullet follows the same pattern: technical choice plus production outcome plus number. Weak bullets list duties. Strong bullets show what you built, how you built it, and what changed. Always include the model architecture or tooling decision, the deployment target, and a metric (AUC lift, p95 latency, cost per inference, uptime, business impact).

Skills

Group your skills into named families with clear headings. List PyTorch before TensorFlow (PyTorch appears in 37.7% of ML postings and dominates 85% of research). Only list MLOps and serving tools you have actually shipped to production. Owning one full stack (Kubeflow + MLflow + Feast + Triton) outweighs name-dropping ten tools you only touched in tutorials. Add an LLM & GenAI heading if you have real experience with RAG, LoRA fine-tuning, vLLM, or vector databases.

Education and certifications

List your degree, institution, and dates. Include your dissertation topic if it is relevant to the role. Add key modules if you are a recent graduate. Certifications (AWS ML Specialty, GCP ML Engineer) go in the Achievements section, not Education.

What to leave out

No photo, no date of birth, no marital status (UK CV convention). Do not list every online course. Do not claim Kaggle Expert without naming competitions and ranks. Do not put BLEU scores on a recommender-system bullet or MAP@K on an NLP project. Match the performance metric to your sub-specialty or you signal you do not know the domain.

Personal statement examples

Strong

ML engineer with 4 years shipping production models at scale. Built and maintained recommendation and NLP systems serving 2.1M users, improving CTR by 18% and reducing infrastructure cost by 34%. Expertise in PyTorch, Kubeflow, and real-time feature pipelines.

Weak

Passionate and hard-working data scientist with experience in machine learning and AI. Strong problem-solving skills and a keen interest in using data to drive business decisions. Looking for a challenging role to grow my career and make an impact.

Writing your experience

The result-plus-metric pattern

Every ML bullet should answer three questions: what did you build, how did you build it, and what changed. The most common failure mode is an ML CV that reads like a research paper instead of a production system. Recruiters separate ML engineers from data scientists by deployment-focused language. Show that you shipped, served, and monitored models, not just trained them in a notebook.

Weak vs strong bullets

WeakStrong
Optimised model inference for real-time serving.Converted PyTorch ResNet-152 to TensorRT (FP16, dynamic batching) on A10G; p95 latency fell 140ms to 38ms.
Built a recommendation system to improve user engagement.Deployed two-tower neural recommender (PyTorch) serving 12M users; improved MAP@10 by 19% (0.67 to 0.80) and drove £4.7M incremental revenue in first year.
Trained NLP models for sentiment analysis.Fine-tuned DistilBERT on 240K customer reviews; achieved F1 0.91 (up from 0.84 baseline) and deployed via FastAPI on EKS at 99.8% uptime.

Match metrics to your sub-specialty

  • Computer Vision: mAP, IoU, inference time (ms), FPS
  • NLP: BLEU, ROUGE, perplexity, F1, accuracy
  • Recommender systems: MAP@K, NDCG, CTR, conversion lift
  • General classification: accuracy, precision, recall, F1, AUC-ROC

Putting BLEU on a recommender-system bullet or MAP@K on an NLP project signals you do not know the domain.

When metrics are NDA-protected

Use relative improvements and infrastructure outcomes instead of raw confidential numbers: improved AUC by 12%, ingested 4.3B events per day, served 31 downstream models at p99 freshness of 47s. Never fabricate exact benchmarks. Scale and relative lift are credible without disclosing proprietary data.

Action verbs for ML roles

  • Model development: trained, fine-tuned, architected, designed, implemented, optimised
  • Deployment: deployed, served, converted, migrated, containerised, scaled
  • Infrastructure: built, automated, orchestrated, integrated, configured
  • Impact: improved, reduced, increased, achieved, maintained, drove
  • Leadership: led, mentored, established, authored, presented

Key skills & ATS keywords

Hard skills

PyTorchTensorFlowScikit-learnHugging Face TransformersKubeflowMLflowFeastTriton Inference ServerTensorRTONNX RuntimeDockerKubernetesAWS SageMakerGCP Vertex AIApache SparkAirflowKafkaSQLPythonGitLinuxRAGLoRA/PEFT fine-tuningvLLMLangChainPineconeMilvusFAISSArizeWhyLabsPrometheusGrafana

Soft skills

Cross-functional collaborationTechnical communicationExperiment designProblem decompositionStakeholder managementMentorshipCode reviewDocumentation

ATS keywords

PyTorchTensorFlowScikit-learnKubeflowMLflowTriton Inference ServerTensorRTDockerKubernetesAWS SageMakerGCP Vertex AIApache SparkAirflowHugging Face TransformersLoRAPEFTRAGvLLMLangChainPineconeMilvusFAISSArizeWhyLabsmodel monitoringdata driftmodel driftfeature engineeringhyperparameter tuningA/B testingcomputer visionNLPrecommendation systemsdeep learningsupervised learningunsupervised learningreinforcement learning

Education & certifications

Education

List your degree, institution, field of study, and dates (start year and end year). If you graduated with honours (First Class, Upper Second), include it. For recent graduates, add your dissertation or final-year project title if it is relevant to ML roles, along with a one-line summary of the technique and result.

Include key modules only if you are within two years of graduation and the modules are directly relevant (Deep Learning, Computer Vision, NLP, Reinforcement Learning). After two years, your production experience carries more weight than your coursework.

Certifications that matter

ML certifications signal you understand cloud ML tooling and production workflows. The two that carry the most weight are:

  • AWS Certified Machine Learning – Specialty: covers SageMaker, data pipelines, model deployment, and monitoring.
  • Google Cloud Professional Machine Learning Engineer: covers Vertex AI, TensorFlow, model serving, and MLOps.

List certifications in the Achievements section with the issuing body and year. Do not list every online course or unverified certificate. Coursera and Udemy certificates without proctored exams do not move the needle.

PhDs and research experience

If you have a PhD, list it in the Education section with your thesis title and a one-line summary. Include your supervisor if they are well known in the ML community. For applied ML engineering roles, a PhD is valuable but not dominant. A shipped model with measurable business impact is the single highest-weight signal. Non-PhDs routinely beat PhDs for these roles by leading with deployed, monitored, revenue-moving work.

A PhD becomes the dominant signal only for dedicated ML Research Scientist tracks, where publications, benchmark wins, and novel contributions are the primary evaluation criteria.

Publications and open source

List publications in the Additional Information section with full citations in plain text format: Author, A., Author, B. (Year). Title of the paper. Conference/Journal Name, volume(issue), pages. DOI or ArXiv link. Venue beats count. NeurIPS, ICML, ICLR, ACL, EMNLP, and CVPR carry real weight. First-author beats co-author. Bare ArXiv preprints without peer review do not move the needle.

For open-source contributions, list only merged PRs to well-known projects (PyTorch, Hugging Face, vLLM, TensorFlow) with the PR number and a one-line impact. Maintaining your own library counts if it has meaningful adoption (100+ stars, used in production by other teams).

Common mistakes to avoid

  • Listing MLOps tools you only touched in tutorials or never shipped to production.

    Only list tools you have actually used end-to-end in production. Owning one full MLOps stack (Kubeflow + MLflow + Feast + Triton) outweighs name-dropping ten tools. If you only have exposure to a tool, mark it explicitly (e.g. JAX exposure).

  • Writing bullets that describe duties instead of outcomes: Responsible for training models, Worked on recommendation systems.

    Every bullet pairs a technical choice with a production outcome and a number. Deployed two-tower neural recommender (PyTorch) serving 12M users; improved MAP@10 by 19% and drove £4.7M incremental revenue.

  • Listing skills in one flat alphabetical wall of comma-separated tools.

    Group skills into named families with clear headings: Core ML, Deep Learning Frameworks, MLOps & Serving, LLM & GenAI, Cloud & Infrastructure, Data Pipelines, Monitoring. ATS and recruiters scan faster for Triton under an MLOps heading than buried in a flat list.

  • Using the wrong performance metric for your sub-specialty (BLEU on a recommender-system bullet, MAP@K on an NLP project).

    Match metrics to your domain. Computer Vision: mAP, IoU, inference time. NLP: BLEU, ROUGE, F1, perplexity. Recommender systems: MAP@K, NDCG, CTR. General classification: accuracy, precision, recall, AUC-ROC.

  • Claiming Kaggle Expert or listing competitions without ranks or techniques.

    List only top-10% finishes with exact rank, competition name, and technique. Kaggle Competition: 47th / 1,203 in Cassava Leaf Disease Classification (EfficientNet-B4 ensemble, 0.91 accuracy). A badge without competition names is worthless.

  • Writing a CV that reads like a research paper instead of a production system (no deployment, no serving, no monitoring).

    Recruiters separate ML engineers from data scientists by deployment-focused language. Show that you shipped, served, and monitored models. Include serving infrastructure (Triton, FastAPI, SageMaker endpoints), uptime SLAs, latency metrics, and monitoring tools (Arize, WhyLabs, Prometheus).

Junior vs senior: what changes

AspectJuniorSenior
Personal statementLeads with education (MSc, dissertation topic) and one deployed model or internship project with a production metric.Leads with years of experience, scale (users served, models in production), business impact (revenue, cost savings), and technical leadership (platform ownership, mentorship).
Experience bulletsFocus on individual contributions: trained a model, deployed a service, built a pipeline. Metrics are smaller scale (thousands of inferences per day, single-digit percentage lifts).Focus on ownership and influence: architected a platform, led a migration, mentored engineers. Metrics show scale (millions of users, dozens of models, six-figure cost savings) and strategic impact.
Skills taxonomyCovers 1-2 ML domains (e.g. computer vision, NLP) and a basic MLOps stack (Docker, MLflow, one cloud platform). LLM/GenAI section may be exposure-only.Covers 3+ ML domains, full MLOps ownership (Kubeflow, Feast, Triton, monitoring), multi-cloud experience, and production LLM fine-tuning and serving (LoRA, vLLM, RAG, vector databases).
AchievementsOne cloud ML certification (AWS or GCP), Kaggle competition finish (top 10%), or merged PR to a well-known open-source project.Multiple certifications, Kaggle Grandmaster or Expert with named medals, first-author publications at top-tier venues (NeurIPS, ICML, EMNLP), conference speaking, or maintainer of a widely adopted open-source library.
Education weightEducation section is prominent and includes dissertation, key modules, and academic projects. May lean on academic work to fill experience gaps.Education is brief (degree, institution, dates). Dissertation is mentioned only if highly relevant. Production experience and publications carry all the weight.
Deployment and monitoringDeployed one or two models to a single environment (AWS SageMaker, FastAPI on EC2). Basic monitoring (CloudWatch, Weights & Biases experiment tracking).Architected multi-model serving platforms, owned monitoring and retraining pipelines for dozens of models, implemented drift detection and automated remediation (Arize, WhyLabs), and maintained uptime SLAs across production systems.

Frequently asked questions