This module introduces the application of industrial principles such as modularity and standardization to software development. Learners will discover strategies to manage complexity, improve system interoperability, and ensure scalable, maintainable software architectures. The module also explores the importance of defining clear interfaces and the role of standards in building effective modular systems.

This module delves into the principles and challenges of aligning business objectives with IT systems, using frameworks like the CIGREF four-layer diagram. Learners will explore best practices, common pitfalls, and real-world examples to enhance system efficiency and business relevance. The module also examines the impact of digital transformation on organizational alignment.

This module explores how time influences the evolution of information systems, focusing on the challenges of technical debt, system coupling, and the application of Agile principles. Learners will examine the causes and consequences of technical debt, compare architectural approaches, and discover practical strategies for sustainable system design. By the end, you'll be equipped to make informed decisions that balance immediate business needs with long-term system health.

This module introduces the foundational components of an ideal IT system, focusing on Master Data Management (MDM), Business Rules Management Systems (BRMS), and Business Process Management (BPM). Learners will explore how these elements work together to ensure data consistency, adaptable rules, and efficient process orchestration. Practical examples and comparisons will help clarify the roles and implementations of each component.

This module guides learners in applying SOLID principles to the design of modular and scalable information systems. Through real-world scenarios and critical analysis, you will explore how to decompose system functions, define clear API contracts, and assess the practical impact of these principles on maintainability and business alignment.

This module introduces the C4 model and alternative architectural approaches for structuring software systems. Learners will examine how to align business objectives with technical design at various abstraction levels, including context, container, component, and code. The module also explores hexagonal architecture and its practical application in building scalable, maintainable systems.

This module delves into the evolution of software interoperability, focusing on service orientation and the development of REST APIs. Learners will explore how web standards and API management practices enable scalable, interoperable IT systems, and apply these concepts to real-world scenarios. The module also covers the importance of norms and standards in facilitating seamless data exchange between applications.