Kubernetes is an open source system for managing containerized applications across multiple hosts, providing basic mechanisms for deployment, maintenance, and scaling of applications.
Kubernetes is a Production-Grade Container Orchestration tool used by Big Companies such as Google, Dropbox, Microsoft Azure. It provides features such as self-healing, rollbacks, scaling, etc.
Kubernetes is very powerful and has a vast ecosystem. It is important to have some baseline understanding of Kubernetes and its working before diving too deep into the subject.
FILTER BY
- Domains
- Editors
- Location
- Format
- Level
- Certifying
- Confirmed training
Kubernetes, an open source project carried by the Cloud Native Computing Foundation (CNCF) after its initial launch by Google in 2014, has established itself as the standard for container orchestration in modern application architectures. Private banks, insurance companies, international organisations, SaaS vendors and public actors in French-speaking Switzerland now operate Kubernetes to deploy their cloud-native applications, whether on managed platforms (AKS on Azure, EKS on AWS, GKE on Google Cloud) or on on-premises clusters built on OpenShift, Rancher or vanilla Kubernetes. This massive adoption transforms expectations of infrastructure, DevOps and development teams.
ITTA offers a catalogue dedicated to Kubernetes covering the entire path, from the first cluster to production security expertise. Our training relies on hands-on labs: application deployment, management of Pods, ReplicaSets, Deployments, Services, Ingress, ConfigMaps, Secrets, persistent Volumes, Helm, operators, autoscaling, RBAC, Network Policies, Pod Security Standards and observability. Our Kubernetes trainers are DevOps engineers and platform architects active in Kubernetes production projects, allowing them to illustrate each concept with configurations directly usable on the field.
Following a recognised Kubernetes training opens access to highly valued roles on the Swiss market: DevOps engineer, cloud-native engineer, SRE, Kubernetes cluster administrator, platform architect, cloud security engineer. CNCF certifications (KCNA for fundamentals, CKA for administration, CKAD for development, CKS for security) are regularly requested in job descriptions in Geneva, Lausanne and across French-speaking Switzerland.
Whether you are a system administrator moving to cloud-native, a developer discovering containers, a DevOps engineer preparing for a CKA or CKS certification, or a platform architect designing a multi-tenant cluster, our Kubernetes training in Geneva and Lausanne provides the practical skills expected on the Swiss market.
The Kubernetes Fundamentals training lays the basics of the orchestration engine: cluster architecture (control plane, nodes, etcd), Kubernetes objects (Pod, ReplicaSet, Deployment, Service, Namespace, ConfigMap, Secret), internal networking, storage management with PersistentVolumes, application deployment with kubectl and YAML manifests. This training suits system administrators, developers and engineers starting their container and cloud-native journey.
The Kubernetes Advanced training deepens production topics: Helm, Kubernetes operators, horizontal and vertical autoscaling, fine resource management, Network Policies, RBAC, Prometheus and Grafana observability, multi-tenant, GitOps with Argo CD or Flux. This training suits profiles already comfortable with the fundamentals who run Kubernetes daily and want to industrialise their practices.
Our catalogue covers the entire suite of official certifications from the Cloud Native Computing Foundation. The KCNA preparation validates conceptual cloud-native fundamentals. The CKA preparation targets cluster administrators, the CKAD preparation developers deploying on Kubernetes, the CKS preparation cluster security and the KCSA preparation security fundamentals. Each preparation alternates theory, hands-on labs and mock exams aligned with the real test format.
Kubernetes security holds a central place in our advanced paths. Our training covers authentication and authorisation (RBAC), Pod Security Standards (PSP successors), Network Policies, container image scanning, secrets management, OPA Gatekeeper policies and cluster auditing. The CKS preparation deepens these topics to the level expected in production on sensitive workloads.
For beginner profiles, we recommend starting with Kubernetes Fundamentals, possibly followed by KCNA preparation to validate conceptual achievements. For intermediate operations profiles, the Kubernetes Advanced then CKA path constitutes a natural progression. For developers, CKAD preparation is more relevant than CKA because it focuses on application deployment. For experienced security engineers or platform architects, the CKS preparation represents an excellence target recognised by the cloud-native ecosystem. Our pedagogical team supports you in choosing the most suitable path for your profile and professional objectives.
Here is a selection of reference training courses in this catalogue, accessible directly:
Kubernetes fits into a broader cloud-native ecosystem. The containerisation and orchestration sub-domain covers Docker, indispensable upstream of Kubernetes. The CI/CD versioning delivery sub-domain covers GitLab, Jenkins and the GitOps chains feeding the clusters. The automation and infrastructure as code sub-domain brings Terraform, Ansible and Pulumi to provision clusters and their dependencies. The observability, security and delivery sub-domain covers Prometheus, Grafana and operational monitoring. The cloud computing domain brings Azure, AWS and Google Cloud certifications, main platforms for managed Kubernetes services. On the editor side, the Microsoft Azure (with AKS) and AWS (with EKS) catalogues are the natural complements of a Kubernetes path oriented towards public cloud.
Several evolutions are shaping the Kubernetes ecosystem in 2026. The generalisation of GitOps with Argo CD and Flux progressively replaces imperative deployment pipelines. Kubernetes operators become the standard mode for managing stateful workloads (databases, message brokers, ML platforms). Service mesh (Istio, Linkerd, Cilium) gains maturity and integrates increasingly natively with eBPF. Supply chain security (Sigstore, SLSA, image signing) enters production chains. AI and machine learning workloads find in Kubernetes their reference orchestrator via Kubeflow and Ray. AI development assistant agents (GitHub Copilot, Claude Code) accelerate manifest writing and Helm chart drafting. Our pedagogical content regularly integrates these evolutions to remain aligned with current company practices.
All our Kubernetes training courses are available on-site in our Geneva and Lausanne centres, as well as in interactive virtual classroom with a live trainer. Our sessions are organised in 5-week cycles. Each session includes hands-on labs on real Kubernetes clusters, with deployment, troubleshooting and security hardening exercises. Customised corporate training is also possible at your premises, in Geneva, Lausanne, Vaud and across French-speaking Switzerland, with a programme adapted to your context (Kubernetes distribution used, public cloud or on-premises, naming conventions, internal RBAC).
ITTA offers a training catalogue. Our Kubernetes trainers are DevOps engineers and cloud-native architects active in Kubernetes production projects for Swiss and international companies. The Kubernetes catalogue regroups our training courses covering fundamentals, advanced practices and the entire CNCF certification suite (KCNA, KCSA, CKA, CKAD, CKS). Our pedagogical team supports you in choosing the right path and identifying the funding solutions that fit your professional situation.
Our pedagogical approach favours learning by practice, with cases inspired by the daily life of Swiss companies and individualised follow-up throughout the path. Each session combines training time, applied exercises on real clusters and discussions with the trainer, allowing each participant to progress at their own pace and leave with skills directly usable in their professional context.
Is Docker mastery required before Kubernetes training?
A good knowledge of Docker and containers greatly facilitates entry into Kubernetes. Our Kubernetes Fundamentals training recalls the essential container notions at the start of the path, but we recommend that profiles without prior experience first follow a Docker training in the containerisation and orchestration sub-domain.
Which CNCF certification to choose first?
To validate conceptual fundamentals, KCNA is the most accessible entry point. For an operations or system administrator profile, CKA is widely used certification. For a developer, CKAD is more relevant as it centres on application deployment. CKS targets profiles already CKA-certified wishing to deepen security. Our pedagogical team guides you according to your profile and objectives.
Do your training courses cover AKS, EKS and GKE?
Our Kubernetes training adopts a vendor-neutral approach in line with CNCF references, which covers indifferently vanilla Kubernetes, AKS (Azure), EKS (AWS), GKE (Google Cloud) or OpenShift. Specifics of each managed service can be addressed in in-house sessions according to your target stack. To deepen managed cloud services, our dedicated Microsoft Azure and AWS training courses provide a useful complement.
Are your Kubernetes courses available for companies?
Yes, the entire Kubernetes catalogue is available in-house, in Geneva, Lausanne and in virtual classroom, with a programme adapted to your internal stack. Our team builds the specifications with you and organises sessions according to your calendar.
Monday to Friday
8:30 AM to 6:00 PM
Tel. 058 307 73 00
ITTA
Route des jeunes 35
1227 Carouge, Suisse
Monday to Friday, from 8:30 am to 06:00 pm.
