Software Engineering

Learning Outcomes:

• Tracing the evolution of software engineering from traditional practices to modern Agile methodologies
• Utilizing Eclipse IPSE and its tools (Maven, Symbolic Debugger, Javadoc) to enhance software development efficiency
• Applying Test-Driven Development (TDD) techniques to ensure the creation of readable and functional code
• Identifying and refactoring bad code smells to maintain code quality and standards using tools like CheckStyle
• Mastering software version control concepts and tools, including SVN and Git, for effective software release management
• Practicing SVN commands and workflows to manage and rectify coding errors efficiently
• Communicating software design effectively with UML diagrams and exploiting APIs for rapid application development (RAD)
• Analyzing and applying design patterns to prevent common software design problems
• Exploring various testing types, including integration and system testing, to ensure robust software functionality
• Understanding the role of Continuous Integration in maintaining a consistent testing regime
• Applying software measures to predict and improve the quality, productivity, and maintainability of software
• Differentiating between defects, faults, and failures to better manage software testing and complexity
• Comparing and contrasting Agile and Waterfall methodologies to determine their applicability in different software development scenarios
• Practicing SCRUM and other Agile techniques to enhance team collaboration and project management in software development

Skills for module:

Java

JUnit

Git

Maven

Object Oriented Programming

Design Patterns

Version Control

DevOps

Problem Solving

Critical Thinking

Communication

Project Management

Time Management

Adaptability