If you want to know how to become a cloud engineer in 2026, start with networking, Linux, operating systems, and basic scripting, then learn a major cloud platform and build practical projects. Add skills in security, databases, automation, containers, monitoring, and infrastructure as code as you progress. A degree can help, but practical experience, projects, and relevant certifications can also strengthen your profile.
Cloud engineering is increasingly important as businesses move applications, data, and infrastructure to the cloud. However, becoming a cloud engineer requires more than passing certifications—you need to understand networks, servers, operating systems, security, storage, databases, automation, and reliability.
This guide explains a practical path from beginner to employable cloud professional.
What Does a Cloud Engineer Do?
A cloud engineer designs, deploys, maintains, and improves computing infrastructure that runs on cloud platforms. Depending on the organization, the job can overlap with cloud administration, DevOps, systems engineering, infrastructure engineering, site reliability engineering, or security.
A typical cloud engineer may work with:
- Virtual machines and compute services
- Cloud storage
- Virtual networks
- Databases
- Identity and access management
- Load balancing
- Monitoring and logging
- Backup and disaster recovery
- Containers
- Infrastructure as Code
- CI/CD pipelines
- Cloud security
In simple terms, developers build applications, while cloud engineers manage the infrastructure those applications depend on. Responsibilities vary by company and may overlap with DevOps, systems engineering, cloud administration, or security.
Is Cloud Engineering a Good Career in 2026?
Yes. Cloud engineering remains a strong career option in 2026 as organizations increasingly rely on cloud infrastructure, applications, data, and computing services.
However, certification alone does not guarantee a good job. Employers value practical skills, troubleshooting ability, security awareness, communication, and experience working with real systems.
Cloud engineering offers strong long-term potential, but practical technical skills matter more than collecting certifications.
Cloud Engineer vs. Cloud Administrator vs. DevOps Engineer
These job titles can overlap, which can make career research confusing.
| Role | Main Focus | Typical Skills |
|---|---|---|
| Cloud Administrator | Managing existing cloud environments | Cloud services, access management, monitoring, troubleshooting |
| Cloud Engineer | Building and improving cloud infrastructure | Cloud, networking, Linux, automation, security |
| DevOps Engineer | Automating development and deployment | CI/CD, cloud, containers, scripting, infrastructure as code |
| Cloud Security Engineer | Protecting cloud environments | IAM, security controls, monitoring, networking, compliance |
| Cloud Architect | Designing large-scale cloud solutions | Architecture, cloud platforms, security, networking, cost management |
| Site Reliability Engineer | Reliability and performance | Automation, monitoring, distributed systems, incident response |
You don’t need to choose the final specialization on your first day. Start with fundamental cloud engineering skills and let your interests and experience guide your specialization.
The Skills You Need to Become a Cloud Engineer
The biggest mistake beginners make is starting with advanced cloud services before understanding the underlying technology.
A cloud platform does not eliminate traditional IT concepts. Instead, it provides services that let organizations use those concepts differently.
1. Networking
Networking is one of the most important foundations for cloud engineering.
You should understand:
- IP addresses
- Subnets
- Routing
- DNS
- TCP/IP
- Ports
- Firewalls
- Load balancing
- Private and public networks
Imagine deploying an application that works perfectly on a local computer but cannot communicate with its database in the cloud. Without networking knowledge, troubleshooting becomes a guessing game.
With networking knowledge, you can systematically check routing, security rules, DNS, ports, and connectivity.
2. Linux
Linux is widely used in cloud environments, so you should become comfortable working from the command line.
Learn how to:
- Navigate the file system
- Manage files and directories
- Install software
- Manage users and permissions
- Inspect running processes
- Read logs
- Manage services
- Use SSH
- Write basic shell commands
You don’t need to become a Linux kernel expert. The goal is to be comfortable diagnosing and managing a server.
3. Programming and Scripting
Cloud engineers don’t necessarily need the same programming depth as software developers, but scripting is extremely valuable.
Python, Bash, PowerShell, and similar tools can help automate repetitive tasks.
For example, instead of manually checking dozens of resources, a script could retrieve information, apply rules, generate a report, or trigger an automated process.
If programming interests you beyond cloud engineering, our guide to How to Become a Software Developer Without a Degree provides a broader look at building programming skills and a development portfolio.
4. Git
Learn Git early.
Cloud infrastructure is increasingly managed through configuration files and code. Version control allows teams to track changes, collaborate, review modifications, and return to previous versions when something goes wrong.
You should understand commands such as:
- git clone
- git add
- git commit
- git push
- git pull
- git branch
- git merge
5. Security
Security cannot be treated as an optional cloud skill.
You should understand identity, permissions, authentication, encryption, network security, secrets management, logging, and the principle of least privilege.
A common beginner mistake is giving an application or user more permissions than necessary simply because it makes testing easier. In professional environments, excessive permissions can create unnecessary risk.
Choose One Cloud Platform First
There are several major cloud platforms, but beginners often make their learning unnecessarily difficult by trying to study all of them at once.
Choose one platform initially and become comfortable with its core services.
1. AWS
Amazon Web Services provides a broad ecosystem of cloud services covering compute, storage, databases, networking, security, analytics, containers, and more.
The official AWS Training and Certification resources provide learning paths and certification information for people developing cloud skills.
2. Microsoft Azure
Azure is particularly relevant in organizations that already use Microsoft’s enterprise ecosystem.
The official Microsoft Credentials platform provides information about Azure-related certifications and role-based learning paths.
3. Google Cloud
Google Cloud is another major platform with services covering infrastructure, data, artificial intelligence, application development, and other workloads.
The Google Cloud certification resources explain its available certification paths and related learning options.
Which one should you choose? For a beginner, the most important thing is not choosing the theoretically perfect provider. Choose one platform, learn its fundamentals properly, and build projects with it.
A Practical Cloud Engineering Roadmap
Here’s a progression that makes sense for someone starting with limited technical experience.
Stage 1: Learn Computer Fundamentals
Understand operating systems, files, processes, memory, storage, applications, users, permissions, and basic troubleshooting.
Stage 2: Learn Networking
Study IP addressing, DNS, routing, ports, protocols, subnets, firewalls, and basic network troubleshooting.
Stage 3: Learn Linux
Set up a Linux virtual machine and practice managing it from the command line.
Stage 4: Learn Git and Scripting
Learn Git and choose a scripting language such as Python or Bash. Focus on automation rather than trying to become a full-time software developer immediately.
Stage 5: Choose a Cloud Platform
Pick AWS, Azure, or Google Cloud and learn the fundamentals of compute, storage, networking, identity, and monitoring.
Stage 6: Build Projects
Deploy actual infrastructure rather than simply watching tutorials.
Stage 7: Learn Infrastructure as Code
Study tools such as Terraform or cloud-native infrastructure automation.
Stage 8: Learn Containers and CI/CD
Learn Docker, deployment pipelines, and the basic concepts behind container orchestration.
Stage 9: Develop Security and Monitoring Skills
Learn how to protect, monitor, troubleshoot, and recover cloud environments.
Stage 10: Apply for Relevant Jobs
Start with roles that match your actual experience rather than applying only to senior cloud engineer positions.
What Cloud Projects Should Beginners Build?
Projects are where cloud concepts start becoming real.
Project 1: Host a Personal Website
Deploy a simple website using cloud infrastructure. Document the architecture, configuration, security considerations, and estimated costs.
Project 2: Deploy a Small Web Application
Deploy an application with a frontend, backend, and database. Configure networking and access controls.
Project 3: Build a Monitoring Setup
Deploy a server or application and configure monitoring for CPU usage, memory, availability, or other useful metrics.
Project 4: Infrastructure as Code
Use Terraform or another Infrastructure as Code tool to create cloud resources from configuration files.
Project 5: Automated Deployment
Create a basic CI/CD pipeline that automatically tests and deploys an application when changes are pushed to a repository.
These projects don’t have to be enormous. A small project that you completely understand is more useful than a complicated architecture you copied from a tutorial.
Do You Need a Degree to Become a Cloud Engineer?
A degree can help, but it is not the only path to becoming a cloud engineer. Requirements vary by employer, so always check individual job descriptions.
If you don’t have a degree, strengthen your profile with:
- Practical cloud projects
- Relevant certifications
- Linux knowledge
- Networking skills
- Git repositories
- Infrastructure as Code projects
- Internships or entry-level IT experience
- Freelance or contract experience where appropriate
- Strong documentation
Your goal is to give employers evidence that you can handle the responsibilities of the position.
Which Certifications Should You Consider As A Cloud Engineer?
Certifications can provide structure and help demonstrate knowledge, but they should support hands-on learning rather than replace it.
Possible starting points include:
- AWS Certified Cloud Practitioner
- Microsoft Azure Fundamentals
- Google Cloud Digital Leader
- AWS associate-level certifications
- Azure associate-level certifications
- Google Cloud associate-level certifications
The appropriate certification depends on your existing knowledge and target role.
Our detailed guide to Best IT Certifications in 2026: Top Certifications for Every Career Path can help you compare certifications across cloud, networking, cybersecurity, IT support, and other career directions.
For beginners, avoid collecting several introductory certifications from different providers without developing practical skills. One well-understood certification combined with useful projects can be more valuable than a long list of unrelated credentials.
How Much Can a Cloud Engineer Earn?
Cloud engineer salaries vary by country, employer, experience, specialization, and work arrangement. In the U.S., the broader computer and IT occupations had a $105,990 median annual wage in May 2024, according to the Bureau of Labor Statistics.
Cloud engineers may fall under different job categories, so senior engineers, cloud architects, DevOps specialists, and cloud security professionals can earn different amounts.
Rather than choosing cloud engineering for salary alone, focus on building the skills needed to qualify for increasingly responsible roles.
How to Get Your First Cloud Engineering Job
Your first job may not have “Cloud Engineer” in the title.
Consider related positions such as:
- IT Support Specialist
- Systems Administrator
- Junior Cloud Administrator
- Cloud Support Associate
- Network Administrator
- Junior DevOps Engineer
- Technical Support Engineer
These roles can expose you to the infrastructure concepts that eventually lead to cloud engineering.
For example, a systems administrator who manages Linux servers, networking, backups, monitoring, and automation is already developing several skills that transfer into cloud engineering.
How to Build a Cloud Engineer Resume
A beginner resume should focus on evidence rather than simply listing technologies.
Instead of:
“AWS, Linux, Terraform, Docker.”
Try to communicate what you accomplished:
“Deployed a containerized web application to AWS, configured network access controls, automated infrastructure provisioning with Terraform, and documented the deployment process.”
The second statement gives the reader something concrete to evaluate.
Your Cloud Engineer Resume Should Highlight
- Relevant technical skills
- Cloud projects
- Certifications
- Professional experience
- Problem-solving examples
- Automation work
- Security-related improvements
- Documentation
How to Find Remote Cloud Engineering Jobs
Cloud engineering can be compatible with remote work because much of the infrastructure can be managed digitally. However, not every cloud position is remote.
Some organizations restrict remote employment to specific countries or regions. Others require occasional office visits or on-site work for certain infrastructure responsibilities.
When searching for remote opportunities, read the location requirements carefully.
You can also read our guide to Remote Tech Jobs in 2026: Best Careers, Skills, Salaries, and How to Get Hired for a broader look at technology roles that can be performed remotely.
Common Mistakes Cloud Engineers Beginners Make
1. Starting With Kubernetes
Kubernetes is powerful, but learning it before understanding Linux, networking, containers, and cloud fundamentals can make the learning process unnecessarily confusing.
What to do: Build the foundation first.
2. Collecting Certifications
Five certificates don’t necessarily prove that you can troubleshoot a broken application.
What to do: Pair every major certification with practical projects.
3. Copying Cloud Architecture
Following a tutorial is useful, but copying an architecture without understanding it won’t prepare you for unexpected problems.
What to do: Rebuild the project independently and explain every major component.
4. Ignoring Costs
Cloud resources can generate charges if they are left running.
What to do: Learn how billing works, use appropriate limits, monitor resources, and remove services you no longer need.
5. Ignoring Security
Beginners sometimes make everything publicly accessible because it makes testing easier.
What to do: Learn least privilege, network controls, authentication, encryption, and secure configuration from the beginning.
6. Learning Too Many Platforms
Trying to learn AWS, Azure, and Google Cloud simultaneously can spread your attention too thin.
What to do: Become competent with one platform first. Expanding later becomes easier because many cloud concepts transfer between providers.
A 12-Month Cloud Engineer Learning Plan
If you’re starting from a beginner level, the following plan provides a realistic structure. Your actual timeline will depend on your existing experience and the amount of time you can study.
| Period | Primary Focus |
|---|---|
| Months 1–2 | Computer fundamentals and networking |
| Months 3–4 | Linux and command-line administration |
| Months 5–6 | Cloud fundamentals and core services |
| Months 7–8 | Cloud projects and Git |
| Months 9–10 | Terraform, Docker, and automation |
| Months 11–12 | CI/CD, monitoring, security, portfolio, and job applications |
You don’t have to follow this timetable exactly. If you already understand networking and Linux, move faster through those sections. If a particular topic is difficult, spend more time there instead of rushing to meet a calendar deadline.
Frequently Asked Questions About Cloud Engineer
1. How long does it take to become a cloud engineer?
There is no fixed timeline. Beginners should expect to spend time learning fundamentals, building projects, and gaining practical experience.
2. Can I become a cloud engineer without a degree?
Yes. Practical projects, certifications, technical experience, and a strong portfolio can help demonstrate your skills, although some employers may still require a degree.
3. Is cloud engineering difficult?
It can be challenging because it combines networking, Linux, security, automation, infrastructure, and cloud platforms. Learning these skills progressively makes the process easier.
4. Which cloud platform should I learn first?
AWS, Azure, and Google Cloud are all good choices. Pick one based on your career goals, job market, or preferred learning ecosystem.
5. Is AWS enough to become a cloud engineer?
No. AWS is useful, but you should also understand networking, Linux, security, scripting, Git, automation, monitoring, and Infrastructure as Code.
6. Should I learn Python?
Python is useful for automation and cloud tooling, but basic scripting skills are enough to get started.
7. Should I learn Linux first?
Yes. Linux fundamentals can make cloud concepts easier to understand because many cloud workloads rely on Linux.
8. Is cloud engineering a remote job?
Many cloud roles can be performed remotely, but requirements vary by employer, location, and security needs.
9. What is the best beginner cloud certification?
AWS Cloud Practitioner, Azure Fundamentals, and Google Cloud Digital Leader are good introductory options. Associate-level certifications are better once you have stronger technical foundations.
Final Verdict: How to Become a Cloud Engineer
Learning how to become a cloud engineer starts with computer fundamentals, networking, Linux, and scripting. Choose one cloud platform, learn its core services, and build projects involving compute, storage, networking, databases, security, and monitoring.
Then develop skills in Git, Infrastructure as Code, containers, CI/CD, and automation. Certifications can help, but practical experience matters more.
Your first role may be in IT support, systems administration, networking, or cloud support before progressing into cloud engineering.
Most importantly, understand what you build and learn to troubleshoot problems. Cloud engineering is about applying technical knowledge to real infrastructure challenges, not simply collecting certifications.