Network Engineer vs Cloud Engineer: Which Career Path Fits You?

1. Network Engineer vs Cloud Engineer: Quick Comparison

Use this table to understand the central difference. Job titles vary by employer: a cloud engineer may be closer to systems administration in one company and platform automation in another. Always read the actual responsibilities in a job description.

2. What Is a Network Engineer?

A network engineer designs, configures, maintains and troubleshoots the infrastructure that allows computers, servers, applications, branches and cloud environments to communicate. The work can involve physical switches and routers, virtual networks, wireless systems, firewalls, VPN gateways, load balancers and software-defined networking platforms.

In a typical enterprise, network engineers help ensure employees can access business applications, branches communicate securely, data-centre workloads reach required services and traffic follows the intended path. They plan changes, test configurations, monitor performance and investigate incidents when connectivity or performance degrades.

What does a network engineer do day to day?

• Configure and maintain routers, switches, VLANs, trunks and routing protocols.
• Plan IPv4/IPv6 addressing and subnet allocation.
• Implement and troubleshoot OSPF, BGP, static routing and route redistribution where used.
• Configure ACLs, site-to-site VPNs, remote-access VPNs and firewall policies.
• Monitor availability, bandwidth, latency, packet loss and device health.
• Analyse packet captures, logs and routing tables to isolate root causes.
• Support wireless connectivity, WAN links, branch connectivity and data-centre networks.
• Document network diagrams, IP plans, change records and incident findings.
• Work with security, systems, application and cloud teams during deployments or outages.

Network engineering specialisations

Who usually enjoys network engineering?

Network engineering may suit you if you are curious about how the internet works, like structured diagnosis and enjoy following traffic from source to destination. If a connection fails, you may enjoy checking the physical link, VLAN, IP configuration, routing table, firewall policy, DNS response and return path until you find the cause.

You do not need to be an expert programmer to begin. However, scripting and automation are increasingly useful as networks become larger and more software-managed. Modern networking includes virtual switches, APIs, SD-WAN, cloud virtual networks and security policy—not only cables and command-line configuration.

3. What Is a Cloud Engineer?

A cloud engineer builds, deploys, operates and improves infrastructure and services hosted on a cloud platform. Depending on the employer, this can include virtual machines, storage, virtual networks, identity and access management, backups, monitoring, security controls, managed databases, containers and infrastructure automation.

Cloud engineers help teams run workloads reliably without managing every underlying physical server themselves. Cloud is not magic: services still have networks, permissions, resource limits, dependencies, failure modes and costs that must be designed and managed.

What does a cloud engineer do day to day?

• Create and manage cloud resources such as virtual machines, storage, virtual networks and load balancers.
• Configure IAM, roles, permissions and least-privilege access.
• Implement network access, routing, DNS, private endpoints and connectivity to on-premises systems.
• Automate repeatable deployments with templates, scripts or Infrastructure as Code (IaC).
• Monitor health, logs, metrics, alerts, availability and service performance.
• Support backup, recovery, scaling, patching and resilience planning.
• Investigate deployment errors, permission problems, capacity issues and service disruptions.
• Review cloud usage and reduce unnecessary spend without compromising reliability.
• Collaborate with developers, security teams, architects, network engineers and operations teams.

Cloud engineering specialisations

Who usually enjoys cloud engineering?

Cloud engineering may suit you if you like building environments, connecting services, automating repetitive work and understanding how infrastructure supports applications. You may enjoy creating an environment from a plan, deploying it consistently, monitoring it and improving its reliability.

Cloud troubleshooting is not just clicking through a console. A failed deployment might be caused by an IAM permission, an incorrect subnet, DNS, a quota limit, a route, an application dependency or a misconfigured template. Strong fundamentals help you diagnose the cause rather than changing settings randomly.

Which cloud platform should you learn first?

Start with one platform rather than trying to master AWS, Azure and Google Cloud simultaneously. Choose based on target job descriptions, your current environment and the projects you want to build. Read AWS vs Azure: Which Cloud Platform Should You Learn in 2026?. If Azure is your priority, see Best Azure Cloud Training in Hyderabad.

4. Network Engineer vs Cloud Engineer: What Is the Daily Work Difference?

The difference becomes clearer when you compare how each role approaches a real business problem. Imagine a company cannot access an internal application. A network engineer may start by checking the path, routing, DNS, firewall rules, VPN and packet flow. A cloud engineer may examine the cloud network, instance health, IAM, load balancer, logs, service configuration and deployment history. In a mature team, both may work together.

Which role involves more coding?

Cloud engineering often expects more routine scripting and infrastructure automation, especially in DevOps, platform engineering or large-scale deployments. Network engineering can begin with device configuration and command-line troubleshooting, but automation is useful for configuration management, compliance checks, reporting and bulk changes.

For either career, begin with basic Python or PowerShell after you understand the underlying concepts. Learn to read JSON and YAML, use APIs safely and keep configuration in version control. You do not need to become a full-stack developer, but automating repetitive tasks can distinguish you from candidates who only know manual steps.

Which role has more hands-on work?

Both do, but the hands-on work differs. Network labs involve packet flow, routing tables, interface states, VLANs, access lists and simulated or physical devices. Cloud labs involve creating resources, configuring permissions, setting up networks, deploying workloads, viewing logs and cleaning up resources to avoid charges. Neither path should be learned through videos alone: build, break, troubleshoot and document real lab scenarios.

5. Skills Required: Network Engineer vs Cloud Engineer

Core skills for a network engineer

• Networking fundamentals: OSI and TCP/IP models, Ethernet, ARP, IPv4/IPv6, subnetting and packet flow.
• Switching: VLANs, trunking, STP, EtherChannel and Layer 2 troubleshooting.
• Routing: static routing, OSPF, BGP fundamentals, route selection and troubleshooting.
• Network services: DNS, DHCP, NTP and IP address management.
• Security: ACLs, firewall policies, VPNs, segmentation and secure administration.
• Monitoring: device logs, packet captures, interface counters, latency and loss.
• Documentation: diagrams, IP plans, change plans, rollback steps and incident reports.
• Automation basics: scripting, APIs, templates and version control as you progress.

Core skills for a cloud engineer

• Cloud foundations: regions, availability zones, shared responsibility and service models.
• Compute and storage: virtual machines, images, object/block/file storage, backup and scaling.
• Cloud networking: virtual networks, subnets, route tables, gateways, DNS, load balancers and private connectivity.
• Identity and security: IAM, role assignments, least privilege, secrets, encryption and audit logs.
• Operating systems: Linux fundamentals, command line, processes, permissions and services.
• Monitoring and reliability: metrics, logs, alerts, recovery, availability and incident response.
• Automation: cloud CLI, scripting, Terraform or native templates, Git and deployment workflows.
• Cost awareness: resource sizing, tagging, budgets, lifecycle policies and cleanup of unused lab resources.

Skills both careers share

Do not treat the skill sets as completely separate. Both roles benefit from TCP/IP, DNS, subnetting, firewalls, security awareness, Linux basics, monitoring, change management, documentation and clear communication. Both require analytical thinking and the ability to explain what failed, why it failed and how to prevent a repeat incident.

6. Network Engineer vs Cloud Engineer Salary in India and Hyderabad

Salary is one of the most searched parts of this comparison, but it is also easy to misinterpret. There is no single reliable salary number for either job title. Pay varies by experience, company, industry, shift requirements, support versus engineering responsibilities, certification, hands-on depth, communication skills and whether the figure refers to fixed salary, total CTC or in-hand pay.

As a practical approach, compare current job postings for the exact role and experience level you can realistically target. Look at the responsibilities—not only the salary headline. A junior NOC role, an enterprise network engineering role and a cloud network specialist role should not be compared as if they are the same job.

What influences salary most?

• Experience and ownership: Engineers who independently troubleshoot incidents, plan changes and own outcomes generally have stronger progression potential.
• Specialisation: Network security, SD-WAN, data-centre networking, cloud networking, automation and platform reliability can create valuable specialist paths.
• Practical evidence: Projects, labs, incident examples and clear technical explanations help show that you can do the work.
• Employer and industry: Enterprise IT, managed services, telecom, consulting, financial services and product companies have different pay structures.
• Location and work model: Hyderabad, Bengaluru, Pune, Chennai and remote roles can differ by employer and candidate pool.
• Role scope: On-call responsibility, production ownership, automation and security accountability may affect compensation.

Which career pays more?

Cloud roles may offer strong compensation when they include automation, security, platform reliability and production ownership. But it is misleading to say every cloud engineer earns more than every network engineer. An experienced network security engineer, network architect or cloud network engineer can out-earn a generalist cloud operations role. Compare like-for-like experience, responsibilities and employer type rather than comparing titles in isolation.

How to research the Hyderabad job market

1. Search for Network Engineer, NOC Engineer, Network Security Engineer, Cloud Support Engineer, Cloud Engineer and Cloud Network Engineer with Hyderabad as the location.
2. Separate fresher, 1–3 year, 3–5 year and senior roles. Do not use senior salaries as a fresher expectation.
3. Record recurring skills in 20–30 relevant vacancies. Look for patterns across employers instead of copying one job description.
4. Compare fixed pay, variable pay, shift allowance, on-call expectations, learning opportunities and the actual work.
5. Revisit the list monthly because job requirements change.

7. Best Certifications for Network Engineers and Cloud Engineers

Certifications can structure learning and help with résumé screening, but they do not replace practical ability. Choose a certification because it supports your target role, then build labs that prove you can apply what you studied. Always check the vendor's official page for current exam objectives, pricing, retirement notices and prerequisites before booking.

Network engineering certification path

1. Networking fundamentals: Learn TCP/IP, subnetting, switching, routing, DNS, DHCP and basic security.
2. CCNA: A widely recognised foundation for enterprise networking. Review the official Cisco CCNA exam page for current details.
3. Role-specific experience: Apply for suitable network support, NOC or junior network engineering roles and build troubleshooting evidence.
4. Specialise: Consider CCNP Enterprise, network security, firewall platforms, SD-WAN or data-centre networking according to the jobs you want.

If you are deciding whether to start with CCNA or jump to a professional-level certification, read CCNA vs CCNP: Which Should You Learn First? and Is CCNA Worth It in 2026?. Beginners can also use the CCNA Roadmap 2026: Complete Beginner-to-Job-Ready Study Plan.

Cloud engineering certification path

1. Cloud fundamentals: Understand compute, storage, networking, identity, security and shared responsibility.
2. Choose one platform: Select AWS or Azure based on the jobs and projects you are targeting.
3. Build projects: Create a secure virtual network, deploy a workload, configure monitoring and document recovery and cost controls.
4. Move to role-aligned learning: Choose administrator, architect, security, networking or DevOps learning according to your desired responsibilities.
5. Add automation: Learn a cloud CLI, Git and Infrastructure as Code after you understand what the resources do.

For Azure networking, Microsoft's official AZ-700 study guide describes responsibilities such as core network infrastructure, hybrid connectivity, application delivery, private access and network security. Microsoft also has an Azure for network engineers learning resource that helps traditional network professionals map existing knowledge to cloud concepts.

Compare platforms in AWS vs Azure: Which Cloud Platform Should You Learn in 2026? and explore AWS Cloud Training Hyderabad, Azure Cloud Training Hyderabad and Cloud Security Training Hyderabad.

8. Which Is Easier to Learn: Networking or Cloud Computing?

Neither is universally easier. The answer depends on your starting point and what you find interesting. Networking can feel abstract because you must understand how packets move, how addresses and masks work, how routes are selected and how protocols interact. Cloud can feel easier when using a graphical console, but complexity increases when you design secure environments, diagnose permission errors, automate deployments and operate production workloads.

If you are new to IT, learn basic computer networking before memorising cloud service names. Understanding IP addresses, DNS, HTTP/HTTPS, routing and firewalls helps you understand cloud virtual networks and security rules. You do not have to complete an advanced networking certification before touching cloud, but the fundamentals will save time later.

How long does it take to become job-ready?

There is no fixed timeline. It depends on existing knowledge, daily practice, lab quality, communication, interview preparation and available roles. A learner who practices consistently and builds demonstrable projects may progress faster than someone who watches courses passively. Treat a roadmap as a study structure, not a job guarantee.

9. Future Scope: Is Network Engineering Dying Because of Cloud and AI?

No. Cloud computing changes where infrastructure runs and how it is managed; it does not remove the need for connectivity, routing, addressing, security and troubleshooting. Cloud platforms still depend on networks. Enterprises still need secure branch connectivity, campus networks, wireless, data-centre fabrics, firewalls, private connectivity and reliable paths between applications and users.

What is changing is the work expected of infrastructure engineers. Manual repetitive configuration is increasingly complemented by automation, centralised policy, APIs, telemetry and software-defined platforms. The strongest career strategy is to build fundamentals and keep adding relevant skills rather than assuming one tool will remain enough forever.

Trends worth understanding

• Hybrid cloud: Applications and data may span public cloud, private infrastructure and offices. Engineers must understand connections between environments.
• Cloud networking: Virtual networks, routing, private endpoints, load balancing and secure connectivity remain core infrastructure concerns.
• Network automation: APIs, scripting, configuration templates and validation help reduce repetitive work and configuration drift.
• Infrastructure as Code: Cloud resources and some network configurations can be defined, reviewed and deployed through version-controlled code.
• Security-first design: Identity, segmentation, least privilege, visibility and secure defaults matter across both careers.
• AI-assisted operations: AI tools may help summarise logs or suggest causes, but engineers must validate outputs, understand context and make safe production changes.
• Reliability and cost: Teams must design systems that are available and secure while managing operational complexity and cloud spend.

Will AI replace network engineers or cloud engineers?

It is not responsible to promise that either role is immune to automation. AI can reduce repetitive tasks, accelerate analysis and change workflows. Infrastructure work also involves ambiguous incidents, business risk, architecture decisions, security trade-offs, change control and accountability. Engineers who understand systems, verify automated recommendations and communicate decisions are better positioned than people who rely on memorised commands alone.

Instead of choosing a career based on a prediction that AI will eliminate the other, focus on transferable foundations: networking, operating systems, security, scripting, troubleshooting, documentation and continuous learning.

10. Network Engineer vs Cloud Engineer: Which Career Fits You?

Use this decision guide as a starting point. It is not a personality test; it helps you notice which problems you want to solve most often.

What if you are a fresher with no IT experience?

Start with shared foundations rather than choosing a final specialisation on day one. Learn basic computer hardware, operating systems, TCP/IP, subnetting, DNS, HTTP/HTTPS and security principles. Then build a small networking lab and a small cloud project. The process will show you whether you enjoy diagnosing packet paths or building and automating cloud environments more.

If you need a structured entry point into enterprise networking, review CCNA Training Hyderabad. If cloud is your main interest, compare the AWS and Azure learning paths. Choose based on a target job role and practical work, not on a promise that one certification guarantees employment.

What if you already work in networking?

You do not need to abandon networking to move toward cloud. Map familiar concepts—subnets, routes, DNS, firewall policies and load balancing—to the cloud platform you use. Then learn cloud IAM, compute, storage, monitoring, CLI and Infrastructure as Code. A network engineer who can explain both on-premises and cloud connectivity has a clear story for hybrid-networking roles.

What if you already work in cloud?

Strengthen networking if you struggle to diagnose connectivity issues or design secure architectures. Revisit subnetting, routing, DNS, VPNs, firewalls, load balancing and packet flow. For Azure, use the official Microsoft learning material linked above. For AWS, learn VPCs, route tables, gateways, security groups, network ACLs, DNS and private connectivity from current official documentation and hands-on labs.

11. Practical Learning Roadmaps for Both Careers

The roadmaps below are illustrative study sequences. Adjust the pace to your current level and available time. Spend more time on labs and troubleshooting than on collecting course-completion certificates.

12-week network engineering foundation roadmap

12-week cloud engineering foundation roadmap

A combined roadmap for cloud networking

1. Learn TCP/IP, subnetting, DNS, routing and firewall fundamentals.
2. Choose AWS or Azure and learn its virtual networking model.
3. Build a multi-subnet environment with controlled ingress and egress.
4. Learn hybrid connectivity concepts, VPNs and private service access.
5. Use CLI and Infrastructure as Code to recreate the environment.
6. Add monitoring, logging, least-privilege access and a documented failure test.
7. Apply for roles mentioning cloud networking, connectivity, network security or hybrid infrastructure.

12. Portfolio Projects That Help You Stand Out

A portfolio is especially useful when you have limited professional experience. It gives an interviewer something concrete to discuss. Use a lab environment, avoid exposing secrets or public IP details unnecessarily, and destroy billable resources when finished.

Project 1: Design an enterprise office network

Create a topology for a small organisation with separate employee, guest, server and management VLANs. Add an addressing plan, routing, DHCP, DNS assumptions and access-control rules. Include a diagram, test matrix and explanation of what should happen when a link fails.

Demonstrates: subnetting, switching, routing, segmentation, documentation and structured troubleshooting.

Project 2: Build a secure cloud network

On AWS or Azure, create a virtual network with multiple subnets, route tables and security controls. Deploy a test workload with only the access it requires. Configure logs or metrics, document how to verify connectivity, and explain how you would connect the environment to an office network.

Demonstrates: cloud networking, identity, security, observability and cost awareness.

Project 3: Troubleshooting case study

Intentionally introduce a lab fault: a wrong subnet mask, missing route, incorrect security rule, DNS misconfiguration or denied permission. Capture the symptoms, list hypotheses, gather evidence, identify the root cause and write a preventive action. This shows that you can reason—not simply follow a tutorial.

Demonstrates: methodical diagnosis, communication and incident documentation.

Project 4: Automate a repeatable deployment

Use a script or Infrastructure as Code to deploy a small, safe environment. Store code in version control, add a README, explain inputs and outputs, and show how to validate the result. Keep secrets out of source control and avoid automating destructive production actions without safeguards.

Demonstrates: automation, change discipline, reproducibility and secure working practices.

What should each project README include?

• Problem statement and requirements.
• Architecture or network diagram.
• Technology choices and why they were made.
• Steps to deploy or reproduce the lab.
• Security decisions and limitations.
• Tests performed, expected results and screenshots with sensitive data removed.
• A failure you introduced, how you diagnosed it and how you fixed it.
• Estimated cost considerations and cloud-resource cleanup steps.

13. Can You Switch from Network Engineer to Cloud Engineer?

Yes. Networking is a useful foundation for cloud engineering because cloud workloads still depend on IP addressing, routes, DNS, firewalls, load balancing and connectivity. The main learning gaps are usually cloud-specific services, identity and access management, operating systems, automation, deployment workflows and cost/reliability practices.

Transition plan for a network engineer

1. Map your existing knowledge: Relate subnets and routing to cloud virtual networks and route tables; relate firewall policy to cloud security controls.
2. Learn one cloud platform: Understand its compute, storage, identity, networking and monitoring services.
3. Practise Linux and scripting: Start with file permissions, processes, services, shell commands and a little Python or PowerShell.
4. Build a real project: Create a secure multi-subnet workload, monitor it, document access and test a failure.
5. Automate carefully: Learn Git and Infrastructure as Code, including reviewing changes and protecting credentials.
6. Target bridge roles: Look for cloud support, cloud networking, infrastructure operations, hybrid network or network automation roles.

Transition plan for a cloud engineer

1. Revisit IP addressing, subnetting, DNS, routing and packet flow.
2. Learn switching and routing concepts appropriate to enterprise networks.
3. Practise firewall rules, VPN concepts and hybrid connectivity.
4. Use packet captures and logs to diagnose end-to-end failures.
5. Build a hybrid architecture diagram showing the path from user to application.

14. How to Apply for Network or Cloud Jobs More Strategically

Do not apply to every role with “engineer” in the title. Pick a target role, identify the skills repeated across relevant vacancies and prepare evidence for those requirements. A focused application strategy helps you find genuine gaps instead of collecting unrelated certificates.

1. Create two keyword lists: one for the role you want now and another for the next role you want to grow into.
2. Separate must-have from nice-to-have skills: recurring fundamentals deserve priority; a tool mentioned once may not.
3. Tailor your résumé honestly: describe labs as projects, not professional experience. State what you configured, tested and learned.
4. Prepare troubleshooting stories: explain the symptom, investigation, evidence, root cause, fix and prevention.
5. Practise communication: engineers work with application, security, support and business teams, so clarity matters.
6. Review vacancies regularly: update your learning plan when multiple relevant employers consistently request a skill.

Useful search phrases include Network Engineer fresher Hyderabad, NOC Engineer Hyderabad, Network Security Engineer Hyderabad, Cloud Support Engineer Hyderabad, AWS Cloud Engineer Hyderabad, Azure Cloud Engineer Hyderabad and Cloud Network Engineer India. Search terms are starting points, not a guarantee that a vacancy is suitable or currently open.

15. Final Verdict: Network Engineer or Cloud Engineer?

Choose network engineering if you want to specialise in connectivity, routing, switching, firewalls, VPNs and network performance. Choose cloud engineering if you want to build and operate cloud services, manage identity and infrastructure, automate deployments and improve service reliability. Both paths can lead to valuable specialist careers; neither is automatically better for every learner.

If you are unsure, spend two weeks on each kind of lab. Build a small routed network, troubleshoot a fault, then create a basic cloud environment with a virtual network and access controls. Write down which problems made you curious enough to keep investigating. That is a more useful signal than choosing based on a salary headline or social media trend.

For learners in Hyderabad who want to start with networking, explore CCNA Training Hyderabad and then consider CCNP Enterprise Training Hyderabad, Cisco SD-WAN Training Hyderabad or Palo Alto Firewall Training Hyderabad. If cloud is your priority, compare AWS Cloud Training Hyderabad, Azure Cloud Training Hyderabad and Cloud Security Training Hyderabad.

Real-World Troubleshooting: How the Two Roles Think

Titles and tools matter, but employers also assess how you investigate incidents. A strong engineer does not randomly change settings. They define the symptom, collect evidence, isolate the failing layer, test one hypothesis at a time, document the fix and confirm that the service is stable.

Scenario 1: Users cannot reach an application

Key lesson: These are not competing approaches. A hybrid incident may require both. A cloud workload can be healthy while its route is wrong; a network path can be correct while an identity policy denies access.

Scenario 2: A connection works by IP address but not by hostname

Start with DNS rather than changing routing immediately. Confirm the hostname, resolver configuration, record type, record value, TTL and whether the client is using the expected DNS server. For private cloud services, verify private DNS zones, VNet/VPC associations, forwarding rules and split-horizon DNS design. Test from the affected network and from a known-good location to distinguish a record issue from a reachability issue.

Scenario 3: Cloud costs suddenly increase

This is usually closer to cloud operations than traditional network operations. Compare cost by service, account/subscription, region, tag and time period. Check for oversized compute, forgotten lab resources, unexpected data transfer, unattached storage and scaling changes. Do not simply shut down a resource until its owner and business impact are known. Add budgets, alerts, ownership tags and a cleanup process to reduce recurrence.

Tools and Learning Toolkit: What to Learn First

Do not try to learn every tool in the market. Build a small, coherent toolkit and understand what each tool helps you prove.

A practical lab setup for a beginner

• Networking: Use a simulator or lab environment to practise subnetting, VLANs, trunking, inter-VLAN routing, OSPF concepts, ACLs and troubleshooting. Use vendor equipment only where you have authorised access.
• Cloud: Start with a free or low-cost account only after understanding billing, budgets, regions and cleanup. Create a small virtual network, one compute workload, restricted inbound access, logging and a documented teardown procedure.
• Automation: Store diagrams, scripts, configuration examples and a README in Git. Never commit credentials, private keys, access tokens or customer data.
• Evidence: Capture sanitized screenshots, diagrams, command output and a short explanation of the design trade-offs. Do not publish sensitive IPs, account IDs or security details from an employer.

Useful learning resources include the official Cisco CCNA exam page, Microsoft's Azure networking guide for network engineers and the AZ-700 study guide. For AWS, use the official AWS documentation and certification pages for the specific role you are targeting; service names, exam objectives and pricing can change.

Interview Preparation: Questions You Should Be Able to Explain

Interviewers commonly test fundamentals, practical reasoning and communication. Practise answering aloud with a small diagram or example rather than memorising one-line definitions.

Use a structured answer for troubleshooting questions

1. Clarify impact: Who is affected, when did it begin, and what changed?
2. State the layers: Client, DNS, network path, security policy, service and identity.
3. Gather evidence: Logs, metrics, routes, flow records, health checks and recent changes.
4. Test safely: Change one variable at a time and avoid unapproved production changes.
5. Verify and prevent: Confirm recovery, document the cause and add a useful alert or runbook.

For fresher roles, it is acceptable not to know every advanced feature. It is much better to explain the fundamentals accurately, admit the limit of your experience and describe a safe investigation than to bluff about production work you have not performed.

Final Decision Checklist: Which Path Should You Choose?

Use this checklist as a starting point—not as a personality test. Your first role does not lock you into one career for life.

If you are still unsure, run a two-week experiment

• Days 1–4: Build a small routed network in a simulator. Practise addressing, VLANs, routing and basic fault isolation.
• Days 5–8: Build a minimal cloud network with a simple workload, restricted access, logs and a budget alert. Delete the resources when finished.
• Days 9–10: Write a one-page design note for each lab: purpose, architecture, security choices, failure tested and lessons learned.
• Then decide: Which lab made you more curious? Which problems did you want to keep investigating? Use that answer, alongside local job descriptions, to choose your next learning block.

Frequently Asked Questions