What is DevOps?
DevOps is a collaborative approach to building, delivering and operating software through shared ownership, automation, continuous feedback, observability and continuous improvement. It is broader than a tool list and does not eliminate the need for development, operations, security or product expertise.
Is the DevOps Course suitable for beginners?
Yes, the learning path can begin with Linux, networking, Git and scripting. Complete beginners should expect regular practice because containers, cloud and Kubernetes build on those foundations.
Do I need programming knowledge before joining?
Advanced application development is not mandatory, but basic scripting and the ability to read simple code are valuable. The course introduces shell scripting and may use a small sample application for pipeline work.
Do I need Linux knowledge?
No strict prerequisite is required when the batch includes Linux foundations. Learners with prior command-line experience may progress faster through container, automation and cloud labs.
Which DevOps tools are covered?
The proposed curriculum includes Git, GitHub, GitHub Actions, Jenkins, Docker, Kubernetes, Helm or Kustomize, Terraform or OpenTofu, Ansible, one primary cloud platform, Argo CD, Prometheus, Grafana and OpenTelemetry concepts. The live syllabus should confirm the exact tool set.
Will I learn AWS, Azure and Google Cloud?
The curriculum compares transferable cloud concepts across major providers, but practical depth should focus on one approved primary cloud platform unless the published duration genuinely supports more. Confirm the current lab provider before enrolment.
Does the course include AWS DevOps?
It may include AWS as the primary practical cloud depending on the batch configuration. The website should display the actual provider, services and lab scope instead of using AWS only as a keyword.
Will I learn Docker and Kubernetes?
Yes. Learners should build images, run containers, work with registries and deploy a sample application to a safe Kubernetes environment with configuration, networking, probes, scaling and troubleshooting.
Does the course include Jenkins?
Yes, Jenkins Pipeline as Code can be covered alongside repository-native CI such as GitHub Actions. The objective is to understand pipeline design and operational trade-offs, not memorise one interface.
Will I learn GitHub Actions?
Yes. A practical module covers workflows, triggers, jobs, runners, artifacts, environments, permissions and secure use of secrets.
Does the course cover Terraform?
The Infrastructure as Code module uses the approved lab tool, which may be Terraform, OpenTofu or a clearly explained combination. It covers configuration, modules, plans, state and safe change workflows.
Will I learn Ansible?
Yes. Learners can build idempotent playbooks for package, configuration and service management on approved Linux hosts.
Does the course include GitOps?
Yes. The proposed curriculum includes GitOps principles and an Argo CD lab for declarative Kubernetes delivery, synchronisation and drift recovery.
Does the course cover DevSecOps?
Yes. Security topics include secret management, least-privilege pipeline permissions, dependency and image scanning, software supply chain concepts, SBOM awareness and SLSA foundations.
Will I learn monitoring and logging?
Yes. Learners work with metrics, logs and traces, build dashboards and alerts and explore Prometheus, Grafana and OpenTelemetry concepts in the approved lab environment.
Does the course cover Site Reliability Engineering?
It introduces SRE foundations such as SLIs, SLOs, error budgets, toil reduction, incident response and post-incident learning. A specialised SRE role may require deeper production experience.
What are DORA metrics?
The current DORA model uses five software delivery performance metrics: change lead time, deployment frequency, failed deployment recovery time, change fail rate and deployment rework rate. They are used to guide improvement in context rather than rank unrelated teams.
Will I work on real projects?
The program includes guided projects that simulate real delivery workflows. Production systems belonging to external organisations should never be accessed without written authorisation.
What project will I build?
A capstone can combine CI, container delivery, Infrastructure as Code, Kubernetes, GitOps, observability and security checks for a sample application. Final scope depends on duration and learner level.
Will I receive a certificate?
Learners who meet the published attendance, assessment and capstone requirements may receive a Skillonit course-completion certificate. Its exact title and verification process should be confirmed before enrolment.
Is the certificate an official AWS, Kubernetes or vendor certification?
No. A Skillonit completion certificate is not automatically an AWS, Microsoft, Google, CNCF, HashiCorp or other vendor credential. Vendor certification exams and eligibility are separate.
Does the course prepare me for cloud or Kubernetes certifications?
The curriculum may support foundational preparation, but it should not be presented as complete exam preparation unless the live batch explicitly maps to a current exam blueprint and publishes that scope.
Is job placement guaranteed?
No credible course can guarantee employment, salary or a hiring timeline. Skillonit may provide career assistance such as resume, LinkedIn, project, GitHub and interview support according to the current policy.
What career roles can this course support?
Depending on broader experience, learners may prepare for junior DevOps, cloud operations, build and release, CI/CD, platform support, infrastructure automation or SRE-support pathways.
Can freshers become DevOps Engineers?
Freshers can build a foundation and compete for entry-level roles, internships or support pathways. Employers may also expect Linux, networking, scripting, cloud, troubleshooting and software-development understanding.
Can system administrators join?
Yes. System administrators often benefit from Git, Infrastructure as Code, containers, CI/CD and cloud automation, while their operational background can support troubleshooting and reliability work.
Can software developers join?
Yes. Developers can learn delivery pipelines, containers, Kubernetes, cloud infrastructure, observability and operational ownership.
Is this course suitable for working professionals?
Yes, when the current batch offers a suitable schedule. Professionals should confirm live-session timings, weekly lab effort, recording policy and project-review availability.
Is an online DevOps Course effective?
Live online training can be effective when learners have reliable internet, access to a suitable computer, interactive labs, feedback and regular practice. Confirm the current support and recording policy.
Are classroom DevOps classes available?
What computer is required?
A modern 64-bit computer with enough memory and storage for virtualisation or containers is recommended. Exact requirements depend on the local lab, cloud access and whether Kubernetes runs locally or remotely.
How long is the DevOps Course?
Duration depends on level, schedule, lab depth and project scope. Current duration must be loaded from the approved batch record rather than fixed evergreen copy.
What are the DevOps Course fees?
Fees vary by delivery mode, duration and included services. Use the Get Fees form or admissions contact for the current approved amount, taxes, instalments, refund terms and inclusions.
Will I get recorded sessions?
Recording access must follow the current batch policy. The page should state access duration, restrictions and whether practical labs are included.
Will I receive cloud credits?
Cloud credits are not guaranteed. When credits or sandbox access are included, the amount, provider, validity and usage limits should be published clearly.
Will the course teach production security?
It teaches security foundations and safe lab practices, but production security requires organisational context, threat modelling, governance, specialist review and ongoing operations.
What is the difference between DevOps and SRE?
DevOps is a broad organisational approach to software delivery and operations. SRE applies software-engineering practices to reliability and often uses SLOs, error budgets and toil reduction. Teams may use both.
What is the difference between DevOps and platform engineering?
Platform engineering builds internal products and paved paths that help development teams deliver and operate software. It can implement DevOps principles at scale but is not a replacement for shared ownership.
What influences DevOps Engineer salary in India?
Compensation varies by location, experience, Linux and cloud depth, scripting, Kubernetes, security, system design, incident experience, communication and employer. The page should avoid publishing stale salary promises.
How do I enrol?
Review the current syllabus, trainer, mode, batch, fees, assessment and career-assistance policy, then use the approved demo, enquiry or enrolment form. Verify all commercial terms before payment.
