Build End to End Micro Services Application Use Case with Docker, Kubernetes, Jenkins, Ansible. Learn end to end Devops.
β±οΈ Length: 14.3 total hours
β 4.60/5 rating
π₯ 16,770 students
π April 2025 update
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Course Overview
- This intensive bootcamp provides a pragmatic, hands-on journey into modern DevOps practices, equipping learners with the expertise to architect, build, and maintain microservices applications. It distills complex methodologies into actionable steps, guiding you through a real-world use case covering the entire software delivery lifecycle from code commit to production deployment and monitoring. The curriculum emphasizes an end-to-end approach, immersing you directly in the practical implementation of scalable, resilient systems using industry-standard tools.
- Crafted as a true “bootcamp” experience, this course demands active participation, offering a structured pathway to mastery in continuous integration/delivery, infrastructure as code, and containerization. Updated for April 2025, it ensures relevance with contemporary industry standards and best practices, preparing you for dynamic development and operations challenges. Itβs ideal for professionals seeking to bridge the gap between development and operations, fostering the collaborative mindset crucial for high-performing teams.
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Requirements / Prerequisites
- A foundational understanding of basic programming concepts in any language (e.g., Python, Java) will be beneficial for grasping application development logic and artifact management.
- Familiarity with the Linux command line interface (CLI) is highly recommended, as many DevOps pipeline operations are executed via the terminal. Basic navigation and script execution skills will enhance your learning pace.
- An eagerness to learn and a problem-solving mindset are paramount. DevOps involves iterative debugging, troubleshooting, and adapting solutions, encouraging an inquisitive approach to understanding modern software ecosystem practices.
- Access to a reliable internet connection and a computer capable of interacting with cloud services is necessary for hands-on exercises. A conceptual understanding of cloud computing paradigms will also provide context for the managed services explored.
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Skills Covered / Tools Used
- Cultivate a holistic understanding of DevOps culture, emphasizing cross-functional collaboration and shared responsibility across development, operations, and security. Learn to integrate quality assurance and reliability engineering seamlessly into the software lifecycle.
- Develop advanced skills in orchestrating complex microservices architectures, focusing on service discovery, resilient inter-service communication, and effective load balancing. This includes making informed decisions about service boundaries and deployment models.
- Gain expertise in implementing robust Git branching strategies for collaborative development, ensuring code quality via automated testing integration, and managing version control for infrastructure as code. This comprehensive approach is fundamental to consistency and traceability in DevOps workflows.
- Master infrastructure provisioning and configuration management automation across various environments, embracing idempotent, repeatable deployments. Leverage declarative configurations to define entire system states, drastically reducing errors and improving operational efficiency.
- Acquire the overarching skill of integrating disparate systems and tools into cohesive, automated workflows. This involves understanding API interactions, scripting for complex automation, and architecting seamless data flow between build servers, artifact repositories, and deployment targets.
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Benefits / Outcomes
- Accelerated Career Growth: Position yourself as a highly sought-after DevOps professional. Practical, project-based learning provides tangible portfolio pieces, significantly enhancing your marketability.
- Real-World Project Competency: Gain confidence to design, implement, and manage a complete end-to-end microservices application deployment pipeline from scratch. Successfully navigate complexities of real-world system architecture and operational challenges.
- DevOps Certification Readiness: Its comprehensive coverage of industry-standard tools and practices aligns closely with leading DevOps and Cloud certifications (e.g., AWS DevOps Engineer), serving as an excellent stepping stone.
- Improved System Reliability and Scalability: Implement best practices leading to more stable, secure, and scalable applications. Automate deployments, monitor performance, and manage configurations effectively to build resilient systems.
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PROS
- Hands-on Practicality: Built around a single, comprehensive microservices application use case, providing invaluable real-world experience over fragmented theoretical lessons.
- Up-to-Date Content: An April 2025 update ensures learning the latest tools, versions, and industry best practices.
- Comprehensive Scope for Length: Despite 14.3 hours, it covers an impressive breadth of core DevOps domains, offering a robust introduction without unnecessary fluff.
- Instructor Expertise Evident: A 4.60/5 rating from over 16,000 students suggests high-quality instruction and well-explained concepts.
- Tangible Project Output: Learners finish with a deployable project, serving as a powerful addition to a professional portfolio.
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CONS
- Pace and Depth: Given its “bootcamp” nature and comprehensive scope within a relatively short timeframe, beginners might find the pace challenging or desire more in-depth coverage on specific advanced topics.
Learning Tracks: English,IT & Software,Other IT & Software
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