This Architecting with Google Kubernetes Engine Training in New Zealand teaches you how to deploy, manage, and secure containerized applications on Google Kubernetes Engine (GKE). Through lectures, demos, and hands-on labs, you’ll explore Kubernetes components such as pods, deployments, services, networking, and storage, while learning how to apply real-world solutions.
Completion of “Getting Started with Google Kubernetes Engine” or equivalent hands-on experience.
Cloud architects
System administrators
SysOps / DevOps engineers
Professionals creating new solutions or integrating existing systems on Google Cloud
By the end of this Architecting with Google Kubernetes Engine Training in New Zealand, you will have gained knowledge and skills in the following areas:
Create and manage workloads in GKE
Explain pod networking and service communication
Use Kubernetes storage abstractions (volumes, StatefulSets, ConfigMaps, Secrets)
Secure clusters with IAM, RBAC, and Pod Security Standards
Configure monitoring and logging with Cloud Observability
Integrate managed storage services (Cloud Storage, Cloud SQL) with GKE
Design and implement CI/CD pipelines on GKE
Creating, inspecting, and updating deployments
Using Jobs and CronJobs for scheduled tasks
Scaling clusters manually and automatically
Pod scheduling with affinity, taints, and tolerations
Pod networking fundamentals
Kubernetes Services & load balancers
Ingress and container-native load balancing
Network policies
Ephemeral vs persistent volumes
Running StatefulSets
Using ConfigMaps & Secrets for configuration
Persistent storage integration in GKE
Authentication and authorization in Kubernetes
RBAC & IAM integration
Workload Identity for secure service access
Pod security standards and admission
Cloud Logging & Cloud Monitoring
Inspecting logs via kubectl
Configuring GKE-native observability
Using Cloud Storage with Kubernetes apps
Managed database services overview
Connecting to Cloud SQL using Auth Proxy
Understanding CI/CD principles
CI/CD tools on Google Cloud
Designing CI/CD pipelines for GKE
Best practices
Review of objectives and key concepts
Reinforcement of practical knowledge
Experience Architecting with Google Kubernetes Engine in New Zealand through Bilginç IT Academy's live and interactive virtual classroom environment, accessible from your home, office, or any location. Connect with expert trainers in real time and bring the energy of classroom learning into the digital experience.
Experience Architecting with Google Kubernetes Engine in a focused classroom environment in New Zealand. Bilginç IT Academy's carefully selected training venues provide a professional setting where delegates can interact directly with expert trainers and peers.
Meet your team's training needs with Bilginç IT Academy's onsite Architecting with Google Kubernetes Engine in New Zealand solution, delivered at your office or preferred location. Align your team's development with your business goals through a training experience tailored to your organization.
Join our public courses in our New Zealand facilities. Private class trainings will be organized at the location of your preference, according to your schedule.
New Zealand, with vibrant and rapidly growing tech communities in Auckland, Wellington, and Christchurch, is carving out a global niche in innovative software solutions and specialized niche technology markets. The nation’s commitment to digital readiness is backed by the research excellence of the University of Auckland and Victoria University of Wellington, focusing on areas like Creative-tech, Agritech, and Health-tech innovation. New Zealand offers a unique and forward-thinking environment for digital learning, where agility and creative problem-solving are highly valued in the professional landscape. Our IT education services in New Zealand focus on high-demand skills such as Web Development, Agile Project Management, and Information Security. We provide the tools and expertise necessary for Kiwi professionals to lead technological change in an economy that prioritizes sustainability, innovation, and global connectivity.
