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Sequenced programs that end in applied experience

Career paths order courses in the sequence the skills actually build on each other, then place you into a matching internship, so the program ends in reviewed work rather than a certificate alone.

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Section
Career paths
Trained
3,000+

What is a Tungabadra Networks career path?

A career path is a sequence of two or three Tungabadra Networks courses, ordered so each builds on the last, ending with priority consideration for a matching internship. Paths run 20 to 36 weeks at 8 to 10 hours per week and include portfolio review and interview practice alongside the course content.

Core networking path

Network Engineer Career Path

The Network Engineer Career Path is the sequence most engineers take. It starts at IP addressing and ends with extended build and incident work on full enterprise topologies.

The order matters. CCNA establishes the fundamentals; CCNP takes them to the scale where design decisions have consequences; the projects course then removes the safety net by injecting faults on a schedule you do not see.

It ends in applied work rather than a certificate alone, which is what gives you specific incidents to discuss at interview.

Who it is for

  • Graduates entering IT with no networking background
  • Support staff moving into network engineering
  • Working engineers formalising self-taught knowledge

What you will be able to do

  • Design, build and document a multi-site enterprise network
  • Configure and troubleshoot BGP, MPLS and multi-area OSPF
  • Run a planned change window with pre-checks and a tested rollback
  • Diagnose faults under time pressure using a repeatable method
  • Discuss real incidents credibly in a technical interview

Security path

Network Security Career Path

The Network Security Career Path builds security on top of networking rather than instead of it, because firewall problems are usually routing, NAT or return-path problems wearing a different hat.

CCNA establishes the fundamentals. The Palo Alto NGFW course then covers policy, App-ID, NAT and VPN, with troubleshooting drawn from real support cases.

It suits engineers who want a specialisation that is in demand without abandoning the network knowledge underneath it.

Course sequence

Who it is for

  • Network engineers adding a security specialisation
  • Engineers supporting a firewall estate
  • Candidates targeting security operations roles

What you will be able to do

  • Configure and order a security policy that does what it claims
  • Write policy on applications rather than ports
  • Diagnose NAT and return-path faults from first principles
  • Bring up and troubleshoot a site-to-site VPN through both phases
  • Read traffic logs and captures the way a support engineer does

Automation path

Network Automation Career Path

The Network Automation Career Path is for engineers whose roles are starting to expect code. It assumes no software background and builds in the order the skills actually depend on each other.

Linux comes first because that is where the automation runs and where most engineers have the largest gap. DevNet then covers Python, APIs and programmability concepts. Python for Network Automation goes deeper on the libraries used against production devices, and the projects course puts the result under version control with CI.

The output is a repository you can show, not a certificate you can claim.

Who it is for

  • Network engineers who have never written code
  • Engineers automating a manual change process at work
  • Candidates targeting NetDevOps and platform roles

What you will be able to do

  • Work confidently in Linux from the command line
  • Write Python that collects, validates and reports on device state
  • Push configuration safely with dry runs and pre and post checks
  • Keep network configuration under version control with review
  • Run automated validation through a CI pipeline

Core networking path

Multi-Vendor Network Path

The Multi-Vendor Network Path covers three platforms, because real estates are rarely single-vendor and the differences between them are where mistakes happen.

After CCNA establishes the fundamentals, JNCIA covers the Junos configuration model, the commit workflow and policy framework that catch Cisco-trained engineers out, and the Aruba course covers campus switching and wireless.

Understanding a second and third configuration model makes you better at the first, because it separates the protocol from the vendor's expression of it.

Course sequence

Who it is for

  • Engineers working in mixed-vendor environments
  • Candidates targeting service provider roles where Junos is common
  • Engineers supporting campus and wireless estates

What you will be able to do

  • Work confidently across Cisco, Junos and Aruba platforms
  • Translate a configuration intent between vendors
  • Use commit confirmed and rollback as standard safety practice
  • Design and troubleshoot campus wireless coverage
  • Separate an RF fault from a wired or authentication fault

Cloud path

Hybrid Cloud Infrastructure Path

The Hybrid Cloud Infrastructure Path is for network engineers whose responsibilities now cross into cloud, which for most organisations means running both at once rather than migrating cleanly.

CCNA and Linux establish the ground. The AWS course then covers cloud fundamentals with the VPC, routing and security group sections taught in more depth than the exam requires, because that is where a network engineer adds value.

The emphasis throughout is on mapping between the two worlds: what translates from campus to cloud, and what does not.

Who it is for

  • Network engineers whose estate is extending into cloud
  • Infrastructure staff running hybrid environments
  • Engineers preparing for AWS CLF-C02

What you will be able to do

  • Design a VPC with correct subnetting, routing and egress
  • Use security groups and network ACLs for their actual purposes
  • Manage and diagnose Linux hosts on a network
  • Reason about hybrid connectivity between on-premises and cloud
  • Map an on-premises design onto cloud primitives, and identify what does not translate

FAQ

Career path questions

What is a Tungabadra Networks career path?

A career path is a sequence of two or three courses ordered so each builds on the last, ending with priority consideration for a matching internship. Tungabadra Networks offers 5 paths covering networking and infrastructure, cloud engineering, cybersecurity, software engineering and data analytics.

How is a career path different from taking the courses separately?

The content is the same, but the order is deliberate and the seams are covered, for example, applying Python automation to the network you configured in the previous course. Paths also include portfolio review and an internship placement step.

How long does a career path take?

Between 20 and 36 weeks depending on the path, at 8 to 10 hours per week. Each path page lists its exact duration and weekly commitment.

Can I start a path partway through?

Yes. If you already hold the skills a course covers, you can skip it and pay for the remainder. Tell us your background on the contact form and we will confirm the right entry point.

Which path fits your target role?

Send us the job title you are aiming for and your current skills. We will tell you which path fits and where you should enter it.

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