Agile Software Development Using Ruby on Rails

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Agile Software Development Using Ruby on Rails
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B2747

London (UK)

20 Apr 2026 -24 Apr 2026

5850

Overview

Introduction:

Agile software development and Ruby on Rails constitute interconnected architectural and governance frameworks that shape how modern web systems are structured, coordinated, and sustained within dynamic digital environments. Agile methodologies establish iterative control mechanisms, collaboration coherence, and adaptive decision structures, while Ruby on Rails provides a standardized application architecture that supports consistency, scalability, and lifecycle alignment. This training program presents an analytical framework through which Agile governance principles intersect with Rails architectural constructs to support controlled system evolution. Emphasis is placed on methodological alignment, structural coherence, and institutional consistency across development, collaboration, and delivery environments.

Program Objectives:

By the end of this program, participants will be able to:

  • Explore the foundational principles of Agile software development as structured governance frameworks.

  • Analyze the alignment between Agile methodologies and Ruby on Rails application architecture.

  • Assess continuous integration and deployment structures within Rails based Agile environments.

  • Evaluate collaboration and coordination models governing Agile team interaction frameworks.

  • Analyze scalability, maintainability, and performance coherence strategies within Agile Rails ecosystems.

Target Audience: 

  • Web Developers.

  • Software Engineers.

  • Agile Project Managers.

  • Full Stack Developers.

  • Rails based decision contributors.

  • IT Professionals involved in Agile development.

Program Outline:

Unit 1:

Agile Governance and Ruby on Rails Architectural Context:

  • Conceptual foundations of Agile methodologies within system governance environments.

  • Iterative control and feedback structures shaping Agile development coherence.

  • Ruby on Rails as a standardized architectural framework within Agile contexts.

  • Structural alignment between Agile principles and Rails application design.

  • Governance implications of integrating Agile methodologies with Rails systems.

Unit 2:

 Agile Frameworks and Collaboration Structures:

  • Scrum governance structures including roles, ceremonies, and coordination artifacts.

  • Kanban workflow regulation models within Rails-oriented environments.

  • User story abstraction and backlog structuring methods within Agile systems.

  • Coordination and communication structures supporting Agile team alignment.

  • Feedback governance mechanisms reinforcing iterative system coherence.

Unit 3:

 Continuous Integration and Deployment Governance in Rails:

  • Conceptual models of CI/CD pipelines within Rails application ecosystems.

  • Automation governance structures regulating testing and deployment cycles.

  • Tool based CI/CD orchestration frameworks supporting Agile environments.

  • Continuous delivery strategies as controlled system states within application lifecycles.

  • Code quality governance and stability assurance structures within Agile contexts.

Unit 4:

 Test Governance Frameworks in Agile Rails Environments:

  • Principles of TDD and BDD in Agile software development.

  • Structural roles of automated testing within Rails application integrity.

  • RSpec and Capybara as test governance and verification frameworks.

  • Refactoring as a controlled architectural adjustment mechanism.

  • Overview on reliability and stability assurance methods through test governance alignment.

Unit 5:

 Agile Delivery Coherence and Performance Governance:

  • Iterative delivery cycles as structured performance governance models.

  • Rails performance architecture and optimization governance structures.

  • Scalability alignment within Agile oriented application environments.

  • Maintainability as an institutional system stability construct.

  • Monitoring and performance feedback structures supporting system coherence.