⬡ MLOps Fundamental Bootcamp

From
notebook to production
— and kept running.

80% of ML models never leave the lab. MLOps is the engineering discipline that closes that gap — building the training infrastructure, deployment pipelines, feature stores, and monitoring systems that turn experiments into production systems.

Fundamental — prior DevOps knowledge required Lifetime access AWS-focused
€389€640 one-time · lifetime access · no subscription
ML PRODUCTION LIFECYCLE 🗄️ DATA ⚗️ FEATURES 🧠 TRAINING 📊 EVAL 📦 REGISTRY 🚀 SERVING 📡 MONITOR ⚠ DRIFT DETECTED RETRAIN RAW DATA FEAT. STORE EXPERIMENT GATE ✓? MODEL REG. ENDPOINTS OBSERV. S3, DVC Feast, SageMaker MLflow, SM Studio MLflow Registry SM Registry KServe, Triton SM Monitor, CW

The problem MLOps solves

Most ML projects never leave the notebook. MLOps is how the rest of them get to production — and stay there.

The skills gap isn't in model architecture or algorithm selection — it's in everything that happens after the model trains. This bootcamp is entirely about that second half.

📓

Without MLOps

Model runs in a Jupyter notebook, only the data scientist who wrote it knows how to run it again

Training is not reproducible — different hardware, different results, no experiment log

Deployment is manual: exporting a pickle file, emailing it to a DevOps engineer who copies it to a server

No monitoring — nobody knows when the model starts returning wrong predictions

Retraining is a manual scramble when someone notices the model stopped working months ago

No version control for models or features — impossible to roll back when a deployment breaks production

⚙️

With MLOps

Every experiment is tracked with metadata — any run is reproducible by anyone on the team

Automated training pipelines run on schedule or on data-drift trigger, no manual intervention

Models deploy via a CI/CD pipeline with canary, blue-green, or shadow strategies and automatic rollback

Data drift and model performance are monitored 24/7 with alerts before users notice degradation

Retraining triggers automatically when drift exceeds thresholds — models stay current

Full model registry with lineage, versioning, and approval gates — production deployments are auditable

Study map

Ten lessons covering every layer of the ML production stack.

Click any lesson to see all 10 chapter titles inside it. The full schema was reviewed and approved before any content was written — what you see is exactly what ships.

01
Introduction to MLOps and ML Lifecycle Management
10 chapters · MLOps fundamentals, tooling landscape, infrastructure foundations, containerisation, IaC
C1What is MLOps and Why It Matters
C2The Machine Learning Lifecycle
C3MLOps Team Structure and Collaboration
C4MLOps Tooling Landscape Overview
C5Data Management for ML Systems
C6Experiment Tracking and Model Management
C7Infrastructure Foundations for MLOps
C8Containerisation for ML Workloads
C9Infrastructure as Code for MLOps
C10Security and Compliance in MLOps
02
Model Training and Experimentation
10 chapters · Distributed training, hyperparameter tuning, MLflow, GPU management, AutoML
C1Training Infrastructure Design
C2Distributed Training Strategies
C3Hyperparameter Tuning at Scale
C4Experiment Management and Tracking
C5Model Versioning and Registry
C6Training Data Management
C7GPU and Accelerator Management
C8Training Pipeline Orchestration
C9Model Debugging and Profiling
C10AutoML and Automated Training
03
Model Deployment and Serving
10 chapters · SageMaker endpoints, KServe, TorchServe, Triton, A/B testing, canary deployments
C1Model Deployment Patterns
C2Real-time Model Serving with SageMaker
C3Container-based Model Serving
C4Kubernetes-based Model Serving (KServe, Seldon)
C5Batch Inference Systems
C6Streaming Inference Architectures
C7Model Optimisation for Inference
C8API Gateway and Load Balancing
C9Progressive Deployment Strategies
C10Multi-model and Ensemble Serving
04
Feature Engineering and Feature Stores
10 chapters · SageMaker Feature Store, Feast, Tecton, online/offline serving, feature versioning
C1Feature Engineering Fundamentals
C2Feature Store Architecture
C3AWS Feature Store (SageMaker)
C4Open-source Feature Stores (Feast, Tecton, Hopsworks)
C5Feature Computation and Pipelines
C6Feature Serving for Training
C7Feature Serving for Inference
C8Feature Versioning and Lineage
C9Feature Monitoring and Quality
C10Feature Store Operations
05
ML Pipeline Orchestration and Automation
10 chapters · Airflow, Kubeflow Pipelines, SageMaker Pipelines, Step Functions, Prefect, Metaflow
C1ML Pipeline Design Principles
C2Apache Airflow for MLOps
C3Kubeflow Pipelines
C4AWS SageMaker Pipelines
C5AWS Step Functions for ML
C6Alternative Orchestration (Prefect, Metaflow, Argo)
C7Pipeline Scheduling and Triggers
C8Pipeline Monitoring and Observability
C9CI/CD for ML Pipelines
C10Advanced Pipeline Patterns
06
Model Monitoring and Observability
10 chapters · Data drift detection, SageMaker Model Monitor, SHAP, alerting, monitoring at scale
C1ML Monitoring Fundamentals
C2Model Performance Monitoring
C3Data Drift Detection
C4Model Drift and Concept Drift
C5SageMaker Model Monitor
C6Custom Monitoring Solutions
C7Inference Monitoring
C8Explainability and Interpretability Monitoring
C9Alerting and Incident Response
C10Monitoring at Scale
07
CI/CD for Machine Learning
10 chapters · GitLab CI/CD, GitHub Actions, automated training gates, model registration, rollback
C1CI/CD Fundamentals for MLOps
C2Testing ML Systems
C3GitLab CI/CD for MLOps
C4GitHub Actions for MLOps
C5Automated Model Training in CI/CD
C6Model Deployment Automation
C7Environment Management
C8Artifact and Model Registry Integration
C9Security in ML CI/CD
C10Advanced CI/CD Patterns
08
Kubernetes for MLOps
10 chapters · EKS for ML, GPU scheduling, Kubeflow, KServe, storage (EBS/EFS/FSx), multi-cluster
C1Kubernetes Fundamentals for MLOps
C2Amazon EKS for ML Workloads
C3GPU and Accelerator Management
C4Kubernetes Resource Management for ML
C5Kubeflow Overview and Components
C6Kubeflow Training Operators
C7Kubernetes-native Model Serving
C8Storage for ML on Kubernetes
C9Kubernetes Monitoring and Logging
C10Advanced Kubernetes Patterns for ML
09
Security, Compliance, and Governance
10 chapters · IAM for ML, model security, adversarial attacks, bias detection, model governance, DR
C1Security Fundamentals for MLOps
C2Identity and Access Management for ML
C3Data Security and Privacy (GDPR, CCPA)
C4Model Security (Adversarial Attacks, Poisoning)
C5Secrets Management for ML Pipelines
C6Network Security for ML Workloads
C7Audit and Compliance (SOC 2, HIPAA)
C8ML Model Governance
C9Bias, Fairness, and Explainability
C10Incident Response and Disaster Recovery
10
Cost Optimisation and Performance
10 chapters · Spot instances, SageMaker cost reduction, GPU optimisation, FinOps, inference performance
C1ML Cost Analysis Fundamentals
C2Compute Cost Optimisation
C3Storage Cost Optimisation
C4SageMaker Cost Optimisation
C5Training Performance Optimisation
C6Inference Performance Optimisation
C7GPU Cost and Performance
C8Data Transfer and Networking Costs
C9Monitoring and Alerting Costs
C10Cost Governance and FinOps

What you'll master

The full ML production stack — organised by lifecycle stage.

Every tool, platform, and concept taught in this bootcamp is tied directly to a specific stage of the ML lifecycle diagram you saw above.

🔵 Data & Features

DVCS3Delta Lake SageMaker FSFeastTecton SparkKinesisApache Flink Point-in-time joins

🟡 Training & Experimentation

SageMaker TrainingMLflow Weights & BiasesHorovod PyTorch DDPRay Tune OptunaSageMaker Autopilot GPU P/G/Inf instances

🟢 Deployment & Serving

SageMaker EndpointsKServe Seldon CoreTorchServe Triton InferenceTensorFlow Serving SageMaker NeoONNX Canary / A/B / Shadow

🟣 Monitoring & Observability

SageMaker Model MonitorCloudWatch PrometheusGrafana SHAP / LIMESageMaker Clarify Drift detectionKS test, PSI PagerDuty / SNS

⬡ Orchestration & Governance

Airflow (MWAA)Kubeflow SageMaker PipelinesStep Functions Prefect / MetaflowArgo Workflows Model RegistryModel Cards AI Act compliance

How each chapter works

The same pattern, all 100 chapters, no surprises.

Every chapter follows a consistent structure so you build a study rhythm once and apply it across the whole bootcamp.

A
Core Concept

What it is, how it works, and where it fits in the MLOps lifecycle — with real-world context, not abstract theory.

B
Production Implementation

How teams actually configure and deploy this — concrete AWS commands, SDKs, YAML, and architecture patterns.

C
Trade-offs and Tool Comparisons

When to use this over alternatives — MLflow vs SageMaker Experiments, Airflow vs Kubeflow vs Step Functions, etc.

D
Failure Modes and Debugging

What breaks in production, how to diagnose it, and how to design around known failure patterns.

E
Production Context

How this chapter's concept fits into a full ML platform serving dozens of models in multiple environments.

P
Hands-On Practice

Scenario-based task using realistic AWS, Kubernetes, and ML tooling environments. Based directly on sections A–E.

Q
30-Question Assessment

MCQs with full answer explanations. Designed to simulate real certification-style and interview questions.

100 chapters · by the numbers

Lessons10
Chapters per lesson10
Total chapters100
Sections per chapter5 (A–E)
Study time per section~1 hour
Practice tasks per chapter1 (Section P)
Assessment questions per chapter30 (Section Q)
Total assessment questions3,000
Total study material500+ hours
Estimated content volume~14,000–15,000 pages

Where this leads

MLOps salary benchmarks — 2026.

MLOps engineers are among the most in-demand engineering profiles in the EU in 2026 — the global market is growing at 22%+ CAGR according to Optiveum, driven by enterprises moving past the AI experiment phase into production deployment. Figures below are gross annual base salary. Select a country.

Junior MLOps Engineer
€62,000–€80,000
gross/year · 1–3 yrs, prior DevOps or ML background

Entry into MLOps typically requires either a DevOps background adding ML pipeline skills, or an ML background adding infrastructure skills. Glassdoor Germany data (25th–75th percentile: €62,200–€85,250, n=16). Berlin, Munich, and Hamburg lead in junior MLOps openings, driven by automotive AI, fintech, and logistics ML platforms.

MLflowSageMaker basicsDocker/K8sPython
~42% income tax at this bracket
MLOps Engineer
€80,000–€105,000
gross/year · 3–6 yrs experience

Owns full ML platform components — training pipelines, feature stores, model registries, and monitoring. TechPays/Levels.fyi reports €83,517 median MLOps in Germany. ERI SalaryExpert puts ML Engineer average at €100,264. Bluecoders (EU-wide) confirms mid-level €70–95K. Strong demand from German manufacturing, insurance, and healthcare AI platforms.

KubeflowAirflowFeature StoreModel Monitoring
~42% income tax at this bracket
Senior / Lead MLOps Engineer
€100,000–€130,000+
gross/year · 6+ yrs, platform strategy scope

Senior MLOps engineers architect the full ML platform strategy and own GPU infrastructure, multi-cloud deployments, and FinOps for ML. Bluecoders confirms €95–130K for senior/lead (EU-wide). LLMOps experience commands premiums at this level — roles at frontier AI-first companies can exceed €130K. Equity compensation common at scale-ups.

Platform architectureLLMOpsFinOpsTeam leadership
~42–45% income tax · equity often significant

Sources: Glassdoor Germany MLOps (Dec 2025, n=16, €62.2K–€115K range), TechPays/Levels.fyi Germany (€83,517 MLOps median), ERI SalaryExpert Germany ML Engineer (€100,264 avg), Bluecoders EU MLOps report (June 2026, Junior €50–70K, Mid €70–95K, Senior €95–130K).

Junior MLOps Engineer
€65,000–€83,000
gross/year · 1–3 yrs, prior DevOps or ML background

Amsterdam and Eindhoven lead NL demand for MLOps profiles. AI-first fintechs, logistics platforms (Booking, bol.com), and ASML's ML teams are active hirers. ERI reports average NL ML Engineer at €89,633. DigitalDefynd puts NL ML Engineers at ~€70K average, implying entry-level sits comfortably below this.

MLflowSageMaker basicsDocker/K8sPython
~37% income tax · 30% ruling may apply for relocating engineers
MLOps Engineer
€82,000–€108,000
gross/year · 3–6 yrs experience

Mid-level MLOps commands €82–108K in the Netherlands, consistent with ERI's €89,633 average for ML Engineers. Amsterdam typically pays 15–20% above the national average for the same role. Strong demand from Dutch banks adding AI fraud detection, e-commerce ML ranking models, and IoT manufacturing platforms.

KubeflowAirflowFeature StoreModel Monitoring
~37–49% income tax · 30% ruling may apply
Senior / Lead MLOps Engineer
€105,000–€138,000
gross/year · 6+ yrs, platform strategy scope

Senior NL MLOps roles at major tech companies (Booking, Adyen, Philips AI) and US tech EU offices in Amsterdam reach the upper end of this range. NL's 30% ruling makes it significantly attractive for senior engineers relocating from outside the EU — effective tax burden drops substantially under this scheme.

Platform architectureLLMOpsFinOpsTeam leadership
~49% income tax at this bracket · 30% ruling significantly reduces burden

Sources: ERI SalaryExpert Netherlands ML Engineer (€89,633 average), DigitalDefynd EU AI salaries (NL ML Engineer ~€70K average, 2026), Bluecoders EU MLOps report (June 2026), Optiveum ML Engineer salaries EU (March 2026).

Junior MLOps Engineer
€55,000–€73,000
gross/year · 1–3 yrs, prior DevOps or ML background

Brussels, Antwerp, and Ghent are the primary Belgian markets for ML engineering profiles. EU institution proximity in Brussels creates demand for MLOps engineers on public-sector AI transparency and compliance projects. Belgium's ~50% income tax burden means net take-home is significantly lower than equivalent German or Dutch roles in gross terms.

MLflowSageMaker basicsDocker/K8sPython
~45–50% income tax — highest of these three countries
MLOps Engineer
€73,000–€95,000
gross/year · 3–6 yrs experience

Many Belgian ML engineers operate as B2B contractors to manage the tax burden more effectively. Strong demand from Belgian banks (KBC, Belfius), telcos, and Pharma (UCB, Johnson & Johnson EU) deploying production ML. The EU AI Act's compliance requirements are creating specialist MLOps demand in regulated industries specifically.

KubeflowAirflowFeature StoreModel Monitoring
~50% income tax at this bracket
Senior / Lead MLOps Engineer
€92,000–€118,000
gross/year · 6+ yrs, platform strategy scope

Senior Belgian packages commonly include company cars, meal vouchers, group insurance, and phone/internet allowances that offset the income tax burden — total compensation packages are more competitive than the gross figure alone suggests. EU institutions in Brussels also offer unique benefits packages with different tax treatment for international staff.

Platform architectureLLMOpsFinOpsTeam leadership
~50% income tax · benefits packages often highly significant

Sources: ERI SalaryExpert Belgium (2026), Bluecoders EU MLOps report (June 2026), Optiveum ML Engineer EU guide (March 2026). Belgium-specific MLOps data is limited — figures interpolated from EU-wide benchmarks with Belgian market adjustment and tax context applied.

Is this for you

Fundamental tier — you need either a DevOps or ML background coming in.

MLOps is where DevOps skills meet ML production needs. This bootcamp bridges the two — but it assumes you're already competent in at least one side of that equation.

This is for you

You have a DevOps/cloud infrastructure background and want to move into the ML platform space

You're an ML engineer or data scientist who keeps hitting the wall when trying to get models into production

You work with AWS regularly and want to go deep on SageMaker, EKS, and the AWS ML service stack

You want to build the platform that lets ML engineers deploy models without needing to call a DevOps engineer

You want to understand the tools — MLflow, Kubeflow, Airflow, Feast, KServe — not just read their marketing pages

You want material that's still relevant when you're six months into an MLOps role and hitting real production problems

This is probably not for you

You have no prior experience with cloud infrastructure, containers, or CI/CD — start with the DevOps Beginner Bootcamp first

You want to learn how to train ML models or improve model accuracy — this is about operationalising models, not building them

You're looking for Python or ML framework tutorials (TensorFlow, PyTorch) — this assumes you already work with code and focuses on the operational layer

You need live instruction or a fixed cohort schedule — this is entirely self-paced written material

You want Azure ML or GCP Vertex AI content — this bootcamp is AWS-focused throughout

Take ML from notebook to production — and keep it running.

Full MLOps Fundamental Bootcamp — all 10 lessons, 100 chapters — unlocked immediately on purchase.

€389€640 · Lifetime access