Master Extreme Programming techniques to write cleaner, faster, and more reliable code in Agile teams
β±οΈ Length: 8.8 total hours
β 4.24/5 rating
π₯ 11,002 students
π November 2025 update
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- Course Overview
- This comprehensive 8.8-hour curriculum is meticulously designed to transform standard software development practices into high-performance engineering workflows using the Extreme Programming (XP) framework. In the 2025 update of this course, we move beyond basic Agile theory to focus on the technical pillars that allow modern teams to deliver software at an unprecedented pace without sacrificing quality. Students will explore the core philosophy of XP, which advocates that if a practice is good, it should be taken to an extreme levelβsuch as testing constantly or integrating code multiple times a day. The course provides a deep dive into the synergistic relationship between automated testing, continuous deployment, and collaborative design. By the end of this journey, learners will understand how to build a resilient development culture that thrives on feedback, simplicity, and the courage to refactor legacy systems into modern, scalable architectures.
- The course content is structured to bridge the gap between academic programming and real-world industrial software production. It addresses the common pain points of modern developers, such as high bug rates, slow release cycles, and the breakdown of communication within distributed teams. By focusing on the “Extreme” aspects of the methodology, the syllabus ensures that participants are not just “doing Agile” in name only, but are actively practicing the engineering disciplines that make Agility possible. Whether you are working in a startup or a large enterprise, this course provides the blueprint for creating high-quality software that is easy to change and reliable to deploy, reflecting the most current industry standards as of late 2025.
- Requirements / Prerequisites
- Foundational Programming Proficiency: Participants should possess a solid understanding of at least one Object-Oriented Programming (OOP) language, such as Java, C#, Python, or JavaScript, to fully grasp the implementation of design patterns and refactoring techniques.
- Basic Understanding of the SDLC: A general familiarity with the Software Development Life Cycle (SDLC) is necessary to understand where XP practices like CI/CD fit within the broader organizational context.
- Version Control Competency: Learners should be comfortable with basic Git operations, including cloning repositories, branching, and committing code, as these are essential for the Continuous Integration modules.
- Development Environment Readiness: Access to a modern Integrated Development Environment (IDE) and a terminal is required, as the course emphasizes hands-on coding exercises rather than purely theoretical lectures.
- Collaborative Mindset: A willingness to engage in social coding practices, such as Pair Programming, is vital, as the course encourages a shift away from solitary “hero” coding toward collective team ownership.
- Skills Covered / Tools Used
- Test-Driven Development (TDD) Mastery: Implementing the Red-Green-Refactor cycle to ensure every feature is backed by a robust suite of automated unit tests, leading to 100% functional confidence.
- Continuous Integration and Deployment (CI/CD): Configuring automated pipelines using industry-leading tools like Jenkins, GitHub Actions, or GitLab CI to facilitate seamless, low-risk software releases.
- Advanced Pair Programming: Learning specific styles such as Driver-Navigator and Ping-Pong pairing to maximize code quality, reduce silos, and accelerate the onboarding of new team members.
- Code Refactoring & Clean Code: Utilizing techniques to identify code smells and systematically improve the internal structure of the codebase without altering its external behavior or introducing regressions.
- Mocking and Dependency Injection: Leveraging frameworks like Mockito or Jest to isolate units of code, ensuring that tests remain fast, deterministic, and decoupled from external databases or APIs.
- Simple Design Principles: Adopting the “YAGNI” (You Ain’t Gonna Need It) and “DRY” (Don’t Repeat Yourself) philosophies to prevent over-engineering and keep the codebase manageable.
- Collective Code Ownership: Establishing coding standards and shared responsibility protocols that allow any developer on the team to improve any part of the system at any time.
- Small Releases & Feedback Loops: Implementing strategies for incremental delivery, allowing for rapid stakeholder feedback and the ability to pivot based on real-world usage data.
- Benefits / Outcomes
- Drastic Reduction in Technical Debt: By prioritizing refactoring and automated testing, graduates will be able to maintain a clean codebase that does not slow down development over time.
- Enhanced Deployment Frequency: Organizations will benefit from the ability to release software multiple times a day with high confidence, significantly improving the time-to-market for new features.
- Superior Code Quality and Reliability: The focus on TDD and CI/CD ensures that bugs are caught at the earliest possible stage, resulting in more stable production environments and fewer emergency patches.
- Improved Team Synergy: Pair programming and collective ownership foster a culture of mentorship and knowledge sharing, reducing the risk of “bus factor” and improving overall team morale.
- Adaptability to Change: Learners will gain the technical flexibility required to respond to changing market demands or customer requirements without the fear of breaking existing functionality.
- Career Advancement: Mastering these high-demand XP practices positions developers as senior-level contributors who can lead digital transformation efforts within their respective organizations.
- PROS
- Practical, Lab-Centric Approach: The course prioritizes hands-on application over slides, ensuring that students can immediately apply XP techniques to their current professional projects.
- Up-to-Date 2025 Content: Includes the latest advancements in CI/CD automation and remote pair programming tools, making the material highly relevant for contemporary distributed teams.
- Holistic Engineering Focus: Unlike courses that only teach one tool, this curriculum integrates social practices (pairing) with technical practices (TDD) for a complete XP experience.
- Proven Track Record: With a 4.24/5 rating and over 11,000 students, the course material has been refined based on extensive community feedback to ensure maximum clarity.
- CONS
- High Cognitive Load: The intensive nature of the course and the requirement to adopt a “test-first” mindset may present a steep learning curve for developers accustomed to traditional “code-first” methodologies.
Learning Tracks: English,Development,Software Engineering
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