Master Virtualization & Container Technologies

Build your expertise in Docker, Kubernetes, and modern infrastructure management through hands-on learning experiences designed for real-world applications.

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Why Choose Our Approach

Practical Labs

Work with real infrastructure scenarios using industry-standard tools. Every concept gets tested in actual environments that mirror production systems.

Expert Guidance

Learn from professionals who've implemented these technologies at scale. Get insights that only come from years of troubleshooting and optimization experience.

Flexible Schedule

Designed around working professionals' needs. Access materials and labs whenever it fits your schedule, with support available throughout your learning journey.

Your Learning Path

Foundation Building

Start with virtualization fundamentals and basic container concepts. We cover the underlying principles that make these technologies powerful, setting you up for deeper understanding later.

Hands-On Practice

Dive into Docker containers, image creation, and registry management. You'll work through real scenarios that system administrators and developers face daily.

Advanced Orchestration

Master Kubernetes cluster management, service discovery, and scaling strategies. These skills are crucial for managing containerized applications in production environments.

Real-World Application

Complete a capstone project that demonstrates your ability to architect and deploy a complete containerized solution from scratch.

Common Questions

What's the difference between virtualization and containerization?

Virtualization creates complete virtual machines with their own operating systems, while containerization packages applications with just the dependencies they need. Containers are lighter and more efficient, but both technologies serve important roles in modern infrastructure.

Do I need prior experience with Linux systems?

Basic command line familiarity helps, but we cover essential Linux concepts as part of the curriculum. Most container technologies run on Linux, so understanding the basics becomes part of your learning journey.

How much time should I expect to dedicate weekly?

Most participants spend 8-12 hours per week between coursework and lab practice. The self-paced format lets you adjust this based on your schedule and learning preferences.

Will I get access to real cloud environments for practice?

Yes, we provide sandbox environments where you can experiment with different configurations without worrying about costs or breaking production systems. These environments reset regularly so you can try different approaches.

Meet Your Instructors

Ezekiel Rostam

Senior Infrastructure Architect

Spent the last eight years building container platforms for financial services companies. Ezekiel particularly enjoys troubleshooting complex networking issues and sharing the debugging techniques that actually work in practice.

Miriam Blackstone

DevOps Consultant

Former ops engineer who transitioned into consulting after automating herself out of several jobs. Miriam focuses on helping teams adopt containerization without the usual headaches that come with major infrastructure changes.

Choose Your Focus Area

Both paths include foundational concepts, but each emphasizes different practical applications

Infrastructure Track

Perfect for system administrators and infrastructure engineers who need to modernize existing systems. Covers migration strategies, monitoring, and maintaining hybrid environments.

12 weeks • September 2025 start

Development Track

Designed for developers who want to containerize applications effectively. Focus on CI/CD pipelines, microservices architecture, and development workflow optimization.

10 weeks • October 2025 start

Ready to Get Started?

Join professionals from across Malaysia who are already building more efficient, scalable systems with modern container technologies.

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