Beginner — from scratch Lifetime access Self-paced No prior IT knowledge needed

From zero to production-ready DevOps engineer.

Eight lessons covering every layer of modern DevOps — cloud infrastructure, containers, CI/CD pipelines, monitoring, security, and the real daily workflow of engineers who keep production running.

Enroll now → €299€599
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Study map

Eight lessons, completely mapped out before you start.

Click any lesson to see the full chapter breakdown inside it. Nothing is hidden behind a paywall preview — you know exactly what you're getting before you buy.

01
Introduction to DevOps Culture and Fundamentals
15 chapters · DevOps mindset, Linux, Git, networking, troubleshooting, automation thinking
C1What is DevOps and Why Does It Matter?
C2The DevOps Engineer Role and Responsibilities
C3Understanding Infrastructure and Environments
C4Version Control Fundamentals
C5Introduction to Linux for DevOps
C6Networking Basics for DevOps
C7Understanding Application Architecture
C8Security Fundamentals in DevOps
C9Monitoring and Logging Basics
C10Documentation and Communication
C11Troubleshooting and Problem-Solving
C12Reliability and Availability Concepts
C13Change Management in DevOps
C14Automation Thinking
C15Getting Started with DevOps Tools
02
Cloud Infrastructure and Services
15 chapters · AWS, Azure, GCP, VPCs, compute, storage, databases, cost, DR
C1Introduction to Cloud Computing
C2AWS Fundamentals
C3Compute Services
C4Storage Services
C5Networking in the Cloud (VPCs)
C6Load Balancing and Traffic Management
C7Database Services in the Cloud
C8Cloud Security and Compliance
C9Monitoring and Observability in the Cloud
C10Cloud Cost Optimization
C11Azure Fundamentals
C12Google Cloud Platform Fundamentals
C13Multi-Cloud and Hybrid Cloud Strategies
C14Cloud Migration Strategies
C15Cloud Disaster Recovery and Business Continuity
03
Infrastructure as Code (IaC)
15 chapters · Terraform, Ansible, CloudFormation, Pulumi, GitOps for infra
C1Introduction to Infrastructure as Code
C2Getting Started with Terraform
C3Terraform State Management
C4Terraform Variables and Outputs
C5Terraform Modules
C6Managing Complex Infrastructure
C7Terraform Workspaces and Environments
C8Terraform in Team Environments
C9Testing Infrastructure Code
C10CloudFormation Fundamentals
C11ARM Templates and Bicep
C12Ansible for Configuration Management
C13Pulumi and Modern IaC
C14IaC Security and Compliance
C15IaC Workflow Automation
04
Continuous Integration and Continuous Deployment (CI/CD)
15 chapters · GitLab CI/CD, GitHub Actions, Jenkins, deployment strategies, GitOps
C1Introduction to CI/CD
C2Version Control for CI/CD
C3GitLab CI/CD Fundamentals
C4Building Advanced GitLab Pipelines
C5GitHub Actions
C6Jenkins Fundamentals
C7Automated Testing in Pipelines
C8Build Artifacts and Package Management
C9Container Image Pipelines
C10Deployment Strategies
C11Environment Promotion and Approval Gates
C12Pipeline Security
C13Monitoring and Observability for Pipelines
C14GitOps and CD Tools (ArgoCD, Flux)
C15Building Production-Ready Pipelines
05
Containers and Container Orchestration
15 chapters · Docker, Docker Compose, Kubernetes, networking, storage, scaling
C1Introduction to Containerization
C2Docker Fundamentals
C3Building Docker Images
C4Container Networking
C5Container Storage and Volumes
C6Docker Compose
C7Container Security
C8Introduction to Kubernetes
C9Kubernetes Core Concepts
C10Kubernetes Workload Management
C11Kubernetes Networking
C12Kubernetes Storage
C13Kubernetes Configuration and Secrets
C14Kubernetes Scaling and Resource Management
C15Managing Kubernetes in Production
06
Monitoring, Logging, and Observability
15 chapters · Prometheus, Grafana, ELK stack, tracing, alerting, SLOs
C1Observability Fundamentals
C2Metrics and Time-Series Data
C3Prometheus Fundamentals
C4PromQL and Querying
C5Grafana Dashboards
C6Application Performance Monitoring
C7Log Management Fundamentals
C8ELK Stack — Elasticsearch
C9ELK Stack — Logstash and Beats
C10ELK Stack — Kibana
C11Distributed Tracing
C12Alerting Strategies
C13SLIs, SLOs, and SLAs
C14Cloud-Native Monitoring
C15Building Observability Culture
07
Security and Compliance in DevOps (DevSecOps)
15 chapters · Secrets management, SAST/DAST, IAM, container security, compliance
C1Introduction to DevSecOps
C2Security in the SDLC
C3Secrets Management
C4Identity and Access Management
C5Static Application Security Testing (SAST)
C6Dynamic Application Security Testing (DAST)
C7Software Composition Analysis (SCA)
C8Container Security
C9Kubernetes Security
C10Infrastructure Security
C11Cloud Security
C12Security Monitoring and Incident Response
C13Compliance and Governance
C14Security Automation
C15Building a Security-First Culture
08
Advanced DevOps Practices and Site Reliability Engineering
15 chapters · SRE, chaos engineering, capacity planning, incident management, DR
C1Site Reliability Engineering Fundamentals
C2Reliability and Availability Engineering
C3Service Level Objectives in Practice
C4Capacity Planning and Scaling
C5Incident Management
C6Postmortems and Learning from Failures
C7Chaos Engineering
C8Disaster Recovery and Business Continuity
C9Performance Engineering
C10Release Engineering
C11Configuration Management at Scale
C12Database Reliability Engineering
C13Cost Optimization and FinOps
C14Team Dynamics and Communication
C15Organizational Transformation

What you'll walk away with

Skills you can actually demonstrate, not just define.

Grouped by what you'll use them for on the job — every concept is paired with practice and a graded assessment.

Core DevOps concepts

DevOps culture & mindset Linux administration Git & version control workflows Networking fundamentals Automation thinking Change management Documentation & runbooks Reliability & availability design Troubleshooting methodology

Tools & platforms

AWS · Azure · GCP Terraform Ansible Docker Kubernetes / EKS GitLab CI/CD GitHub Actions Jenkins ArgoCD / GitOps Prometheus Grafana ELK Stack HashiCorp Vault CloudFormation Pulumi

Professional & role skills

Incident response & on-call SLIs / SLOs / error budgets Blameless postmortems Cross-functional collaboration Security-first thinking Cost optimization (FinOps) Chaos engineering Release engineering Capacity planning

How each chapter works

The same structure. Every chapter. No surprises.

Every one of the 120 chapters follows the same pattern — so you always know what's coming and can build a study rhythm that works.

A
Core Concept

The foundational idea — what it is, why it matters, and how it's applied in real teams.

B
Real-World Application

Where and how this is actually used in production — tools, patterns, and team workflows.

C
Trade-offs and Decisions

What to choose, when, and why — so you can make defensible decisions, not just follow tutorials.

D
Failure Modes

What breaks, how it breaks, and how to recognize and fix it under pressure.

E
Production Context

How this concept fits into a real production environment at different scales and team sizes.

P
Hands-On Practice

A real-world task built directly on what you just read — scenario-based, not abstract exercises.

Q
30-Question Assessment

Exam-style multiple choice — answers and explanations at the end so you understand every gap.

120 chapters, by the numbers

Chapters total120
Learning sections per chapter5 (A–E)
Study time per section~1 hour
Practice tasks per chapter1 (Section P)
Assessment questions per chapter30 (Section Q)
Total questions across bootcamp3,600
Total study material600+ hours

EU market outlook

DevOps is one of the fastest-growing roles in Europe right now.

Cloud migration across European enterprises is still actively underway — the majority of large organizations are either mid-migration or actively modernizing their infrastructure, creating persistent demand for engineers who can build, automate, and maintain what's being moved. On top of that, the EU's NIS2 cybersecurity directive requires companies in critical sectors to dramatically raise their security posture, which directly increases demand for DevOps engineers who understand security pipelines. AI workloads are also driving a new layer of infrastructure need: every company deploying LLMs or ML models needs the same DevOps skills to ship and monitor them reliably. Berlin and Amsterdam are the two strongest European DevOps hiring hubs, but remote roles across the EU are widely available and growing.

Employers are increasingly hiring on demonstrated skills, not degrees — bootcamp-trained engineers compete directly with university graduates
DevOps + MLOps combination is commanding salary premiums as companies race to productionize AI systems
Platform engineering is emerging as the next evolution of the DevOps role, with even higher demand and pay
NIS2 directive is driving demand for security-aware DevOps engineers specifically across finance, healthcare, and public sector
Top 5
DevOps consistently ranked among the five fastest-growing tech roles in the EU in 2026
15%
Annual job market growth rate for DevOps roles across Europe, above most tech disciplines
500k+
IT specialists across Poland alone, with nearshoring demand from Western Europe growing steadily
Skills-first
Degree requirements disappearing from EU job postings — practical capability now outweighs formal credentials

Where this leads

DevOps salary benchmarks — 2026.

Select a country to see Junior, Mid, and Senior salary ranges. Figures are gross annual base salary from aggregated survey data — actual compensation varies by city, company size, and individual negotiation.

Junior DevOps Engineer
€45,000–€63,000
gross/year · 0–2 years experience

Entry-level roles require confidence with Linux, Git, basic cloud services, and working within existing pipelines. Berlin and Frankfurt openings are frequent; remote German positions growing.

Linux basicsGitCloud fundamentalsDocker
~42% income tax at this bracket
Mid-Level DevOps Engineer
€60,000–€78,000
gross/year · 2–5 years experience

Ownership of infrastructure components, confident Terraform and Kubernetes usage, and the ability to design reliable pipelines independently. Munich and Hamburg pay toward the upper end.

TerraformKubernetesObservabilitySecurity
~42% income tax at this bracket
Senior DevOps / Platform Engineer
€80,000–€105,000
gross/year · 5+ years experience

Platform strategy ownership, mentoring, and operating across the full lifecycle from architecture to production incident leadership. High demand in Berlin's cloud-native startup ecosystem.

Platform designSREMulti-cloudFinOps
~42–45% income tax at this bracket

Sources: Glassdoor Germany (June 2026, n=1,048), PayScale Germany (April 2026), ERI SalaryExpert Germany.

Junior DevOps Engineer
€46,000–€65,000
gross/year · 0–2 years experience

Amsterdam leads demand — strong fintech, e-commerce, and cloud-native startup ecosystem. The Netherlands has a notably skills-first hiring culture with many English-language roles.

Linux basicsGitCloud fundamentalsDocker
~37% income tax (Box 1) at this bracket
Mid-Level DevOps Engineer
€62,000–€82,000
gross/year · 2–5 years experience

Amsterdam salaries run approximately 18% above the national average. Strong demand from Dutch banks, logistics companies, and a dense concentration of European tech company offices.

TerraformKubernetesObservabilitySecurity
~37–49% income tax at this bracket
Senior DevOps / Platform Engineer
€86,000–€103,000
gross/year · 5+ years experience

Senior DevOps in Amsterdam can reach the upper end of this range, particularly at scale-ups and international tech companies. Freelance/contractor rates are also significantly higher than employment.

Platform designSREMulti-cloudFinOps
~49% income tax at this bracket (Box 1)

Sources: Glassdoor Netherlands (April 2026, n=533), ERI SalaryExpert Netherlands & Amsterdam, PayScale Netherlands (2026).

Junior DevOps Engineer
€44,000–€60,000
gross/year · 0–2 years experience

Brussels, Antwerp, and Ghent are the main hiring hubs. Belgian tech salaries are competitive in gross terms — note the high tax burden means net take-home is lower than equivalent German or Dutch roles.

Linux basicsGitCloud fundamentalsDocker
~45–50% income tax at this bracket — highest of these three
Mid-Level DevOps Engineer
€60,000–€78,000
gross/year · 2–5 years experience

Many Belgium-based DevOps engineers operate as contractors/freelancers to manage the tax burden. Strong demand from EU institutions in Brussels, Belgian banks, and the strong logistics and manufacturing sector.

TerraformKubernetesObservabilitySecurity
~50% income tax at this bracket
Senior DevOps / Platform Engineer
€78,000–€95,000
gross/year · 5+ years experience

Senior roles in Brussels EU-institution adjacent companies and Belgian fintech often include strong benefit packages (company car, meal vouchers, stock) that partially offset the tax burden in total compensation.

Platform designSREMulti-cloudFinOps
~50% income tax at this bracket

Sources: ERI SalaryExpert Belgium (2026), Jobicy Belgium (2026), PayScale Belgium. Note: Glassdoor Belgium data contained errors and was excluded.

Never stuck, never alone

Every lesson ships with Mentor Bob.

Self-paced doesn't mean unsupported. Mentor Bob is an AI study assistant built into every section — it already read whatever you're reading, so you can ask it to clarify a concept or give you a different example the moment you get stuck.

  • Reads the exact section you're on before you even ask
  • Explains a concept a different way, or with a fresh example
  • Sitting in the corner of every lesson, every chapter, 24/7

— Included free with the bootcamp, not an upsell.

MENTOR BOB — INSIDE LESSON 3 · CHAPTER 4

YOU

I don't get why we need Kubernetes if Docker already runs containers.

BOB

Docker runs one container on one machine. Kubernetes decides which machines run which containers, restarts them when they crash, and scales them up under load — think traffic controller, not the vehicles themselves.

Is this for you

Built for absolute beginners — no exceptions.

This bootcamp was written assuming you've never worked in IT before. If you already have experience, take a look at the Fundamental-tier courses instead.

This is for you

You're switching careers from a non-IT background and want a structured starting point

You've heard of Docker, Kubernetes, or AWS but don't actually know what they do yet

You learn better reading and doing at your own pace than in a live classroom

You want something you can refer back to when you're six months into your first job

You want to understand how software actually gets deployed, not just how it gets written

You're a developer or sysadmin looking to formally understand the DevOps layer

You want access to the material permanently so you can re-study anything on the job

This is probably not for you

You're already working as a DevOps or cloud engineer — look at the Fundamental-tier courses (DevSecOps, AIOps, MLOps)

You need a live instructor to hold you accountable — there are none here

You're looking for a specific exam certification voucher (CKA, AWS SAA, etc.) — this teaches skills, not a cert exam

You want video-based content — everything here is written, no recordings

You're looking for a developer programming course — this covers DevOps, not software development

You want a short, surface-level introduction — this is 120 chapters of serious depth

Start the moment you decide to.

Full bootcamp access — all 8 lessons, 120 chapters — unlocked immediately on purchase.

€299€599 · Lifetime access