Learn to Build Reliable Systems. Automate Infrastructure. Engineer Better Developer Platforms.
You know how to deploy applications. But can you make them reliable, scalable, and easier for entire engineering teams to manage?
That’s the difference between simply working with infrastructure and engineering systems that perform reliably in production.
As engineering teams grow, they need professionals who can do more than troubleshoot deployments. They need engineers who understand system reliability, automate infrastructure, respond to incidents, and build platforms that help developers ship faster with fewer operational hurdles.
Ready to build those skills?
The SRE + Platform Engineering Program by CodeKerdos brings Site Reliability Engineering and Platform Engineering together in one structured, hands-on learning journey. Across 16 weekends, you’ll progress from SRE fundamentals and observability to infrastructure automation, GitOps, Internal Developer Platforms, and a practical capstone project.
Instead of learning tools in isolation, you’ll explore how they work together in real engineering workflows-and build a project that helps you demonstrate your technical thinking.
Your next career move starts with the right skills.
Deploying an application is only one part of modern software engineering. Keeping it available, understanding its performance, recovering from failures, and helping development teams release changes safely are equally important.
This is where Site Reliability Engineering and Platform Engineering come together.
Site Reliability Engineering (SRE) applies engineering principles to system operations. It focuses on service reliability, monitoring, incident response, automation, and reducing repetitive operational work. SRE practices help engineering teams measure reliability, investigate failures, and make informed decisions about system performance and availability.
Platform Engineering focuses on building reusable internal tools, infrastructure capabilities, deployment workflows, and self-service experiences that help developers deliver software more efficiently. Instead of repeatedly solving the same infrastructure problems, teams can use standardized workflows and platform capabilities.
CodeKerdos combines both disciplines in a single SRE and Platform Engineering course online. You will explore how reliability objectives influence operational decisions, how observability supports troubleshooting, and how infrastructure automation and internal developer platforms create repeatable engineering workflows.
By connecting these concepts through practical exercises and a continuous project, the program helps you develop a broader understanding of how modern engineering systems are designed, deployed, monitored, and maintained.
The course is built around the same Kubernetes cluster, application and Git repository across the program. Each weekend adds to your work, helping you connect individual topics into a broader engineering outcome.
Explore SLIs, SLOs and error budgets, then connect reliability goals to observability, alerting, release decisions and incident response.
Work through topics involving Linux, networking, Kubernetes, telemetry, canary releases, GitOps and tested rollback strategies.
Explore Terraform, GitOps, Crossplane, Backstage, developer golden paths and platform security as part of the published curriculum.
The program includes system design, coding, troubleshooting and behavioural interview practice, along with capstone demonstration and portfolio preparation.
Gain practical experience through hands-on labs every weekend, which run locally without requiring a cloud account.
The program is structured into four phases. Here is a concise overview; refer to the official curriculum for the full weekly syllabus and deliverables.
How would you help a developer create a service, deploy it safely and understand whether it is healthy-without asking an infrastructure team to repeat every step manually? The capstone gives you a practical way to explore that challenge.
The published course page describes a mini–Internal Developer Platform for a fictional healthcare or payments company. The project connects infrastructure provisioning, a Backstage golden-path template, GitOps delivery and admission control, plus telemetry and automated SLO alerting. You can use the capstone to explain the architecture, the delivery flow and the reliability choices behind your work.
This is a stronger story than saying you have watched lessons on several tools: you can walk through what you built, how the components fit together and how the system responds to a seeded failure.
The CodeKerdos SRE + Platform Engineering Program is designed for learners who want to develop practical knowledge across reliability engineering, infrastructure automation, and internal developer platforms.
It may be relevant if you are exploring a transition towards SRE, Platform Engineering, DevOps, infrastructure, or cloud operations roles.
If you already work with deployment pipelines and automation, you can expand your expertise in Advanced Kubernetes, reliability objectives, incident response, observability, GitOps, and platform engineering concepts.
If your work involves infrastructure management, operational troubleshooting, or system administration, the program introduces practices for reliability measurement, capacity planning, infrastructure automation, and recovery planning.
If you want to understand what Site Reliability Engineers do beyond monitoring dashboards, explore SLIs, SLOs, error budgets, incident investigation, observability, and resilience engineering.
If you want to understand how organizations build internal platforms for developers, explore Terraform, Crossplane, Backstage, developer golden paths, GitOps, and platform security.
If you want to communicate your technical thinking more effectively, the program includes system design, coding, troubleshooting, behavioural interview practice, and capstone demonstration.
Searching for SRE training online with placement and certification? Before enrolling, look beyond the course title and understand how the program supports your learning, practical development, and career preparation.
A well-structured training program should make its curriculum, project work, teaching format, learning resources, and career-support features clear.
The CodeKerdos course information lists the following features:
Participate in live interactive learning sessions as part of the program's published delivery format.
Revisit recorded classes and use the available learning resources to review concepts or catch up on missed weekend sessions.
Use the listed study materials and PDFs to support your learning and revision.
Apply concepts through assignments and practical project work that connect technical topics with engineering workflows.
The program lists 1:1 mentorship sessions as part of its learning support. Ask the team about the session format and availability.
Practise explaining your technical knowledge, review how your experience is presented, and prepare for interview discussions.
Use your capstone and project work as material for presenting your technical thinking and practical learning.
Industry certification and placement assistance are among its features. Before enrolling, confirm the certification details, eligibility requirements, placement-support process, and any applicable conditions directly with our team.
SRE and Platform Engineering bring together reliability, automation, infrastructure, observability, and software delivery. Developing knowledge in these areas can help you explore roles that involve building, operating, and improving engineering systems.
Depending on your existing experience, practical skills, and role requirements, relevant career paths may include:
Site Reliability Engineer: Work on service reliability, monitoring, incident response, automation, and system resilience.
Platform Engineer: Help build and maintain internal platforms, reusable infrastructure capabilities, developer workflows, and self-service tools.
DevOps Engineer: Work across software delivery, CI/CD, infrastructure automation, deployment workflows, and operational practices.
Infrastructure Engineer: Focus on infrastructure provisioning, system operations, configuration management, and reliability.
Cloud Operations Engineer: Support cloud infrastructure operations, monitoring, troubleshooting, and operational efficiency.
Systems Architect: Contribute to system design, architecture decisions, scalability, reliability, and infrastructure planning, depending on experience and role requirements.
Our program combines technical learning with system design, interview practice, and capstone preparation to help you develop and communicate relevant engineering knowledge.
The roles you can pursue will depend on your previous experience, technical proficiency, portfolio, and employer expectations. Completing a course alone does not guarantee eligibility for a specific role or a job offer.
The program begins with SRE foundations but progresses into advanced operational and platform topics. Check your current knowledge of Linux, networking, Kubernetes and coding with the CodeKerdos team to confirm whether it is suitable for your starting level.
Your fee includes lifetime access to recorded sessions along with study material and PDFs, so you can catch up on any weekend you miss.
The course is listed with placement assistance and industry certification among the included features.
The program runs as a structured 16-weekend learning journey across a four-phase curriculum.
Potential roles include Site Reliability Engineer, Platform Engineer, DevOps Engineer, and Cloud Operations Engineer.
The next step in your engineering career may require more than knowing how to deploy an application. You may need to understand why systems fail, how reliability is measured, how infrastructure can be automated, and how internal platforms help developers deliver software more consistently.
The CodeKerdos SRE + Platform Engineering Program brings these areas together through a structured 16-weekend learning journey, a four-phase curriculum, practical engineering concepts, and an Internal Developer Platform capstone.
Explore the curriculum, understand the project work, and discuss your current experience with the CodeKerdos team to determine whether the program aligns with your goals.
Build a stronger foundation in reliability engineering. Explore the principles behind modern developer platforms. Take the next step towards your engineering goals.
Infrastructure provisioned from Terraform modules through a plan-on-PR pipeline with LocalStack and remote state.
One-click service creation generating repository, CI pipeline, Argo CD application, SLOs, and dashboards automatically.
Application deployment via Argo CD with signed images (cosign) and Kyverno security admission policies enforced.
Telemetry pipeline capturing traces, metrics, and logs with automated burn-rate alerts generated via Sloth/OpenSLO.
Saturation testing using k6 and cost-per-service analysis using OpenCost.
Handling seeded production failures through alerts, rollbacks, or Velero restores, followed by a blameless postmortem.
Custom Kubernetes controller written in Python/Go that safely remediates known failure patterns with guardrails.
