Whether you are pursuing a Master of Science in Computer Science, Cybersecurity, or Systems Engineering, understanding the principles of Object-Oriented Analysis and Design (OOAD) is essential for bridging the gap between abstract requirements and technical implementation.
Learning to capture functional requirements through Use Case Diagrams and detailed scenarios.
EN.605.704 is designed to equip students with a disciplined approach to software development. Rather than focusing on a specific syntax, the course emphasizes . The primary goal is to teach students how to identify software components from business requirements and design them using standardized notations, specifically the Unified Modeling Language (UML) . Key learning outcomes include: Developing and refining software requirements.
The syllabus for EN.605.704 is structured to follow the natural progression of a software project’s lifecycle. Students move from the "what" (Analysis) to the "how" (Design) through several specialized modules:
Applying static and dynamic analysis to model system behavior.
Implementing industry-standard patterns and addressing how data is stored (persistence) within an object-oriented framework. Prerequisites and Requirements
Applying formal constraints to models to ensure data integrity and logic.
Using sequence and state diagrams to map out how objects interact over time.
While EN.605.704 does not typically require heavy programming assignments, it is an introductory course.
Whether you are pursuing a Master of Science in Computer Science, Cybersecurity, or Systems Engineering, understanding the principles of Object-Oriented Analysis and Design (OOAD) is essential for bridging the gap between abstract requirements and technical implementation.
Learning to capture functional requirements through Use Case Diagrams and detailed scenarios.
EN.605.704 is designed to equip students with a disciplined approach to software development. Rather than focusing on a specific syntax, the course emphasizes . The primary goal is to teach students how to identify software components from business requirements and design them using standardized notations, specifically the Unified Modeling Language (UML) . Key learning outcomes include: Developing and refining software requirements. en.605.704
The syllabus for EN.605.704 is structured to follow the natural progression of a software project’s lifecycle. Students move from the "what" (Analysis) to the "how" (Design) through several specialized modules:
Applying static and dynamic analysis to model system behavior. Whether you are pursuing a Master of Science
Implementing industry-standard patterns and addressing how data is stored (persistence) within an object-oriented framework. Prerequisites and Requirements
Applying formal constraints to models to ensure data integrity and logic. Rather than focusing on a specific syntax, the
Using sequence and state diagrams to map out how objects interact over time.
While EN.605.704 does not typically require heavy programming assignments, it is an introductory course.