This course is part of the B.E. Computer Science Engineering curriculum under Anna University Regulation 2021. The knowledge from this course continues to be actively applied in professional software development.
Semester 5 (Third Year)
3 Credits
45 Lecture Hours
Course Overview
UniversityAnna University
Regulation2021
Semester5
Credits3
TypeElective
Units5
Course Objectives
1
To understand software process and agile development
2
To learn requirements analysis and specification
3
To understand software design principles and patterns
4
To learn software testing and maintenance
5
To understand project management and DevOps
Syllabus
Detailed unit-wise breakdown of the course curriculum as per Anna University Regulation 2021.
1
SOFTWARE PROCESS AND AGILE DEVELOPMENT
9 Hours
Introduction to Software EngineeringSoftware ProcessPerspective and Specialized Process ModelsIntroduction to AgilityAgile processExtreme programming (XP)XP ProcessCase Study
2
REQUIREMENTS ANALYSIS AND SPECIFICATION
9 Hours
Requirement analysis and specificationRequirements gathering and analysisSoftware Requirement SpecificationFormal system specificationFinite State MachinesPetrinetsObject modelling using UMLUse case ModelClass diagramsInteraction diagramsActivity diagramsState chart diagramsData Flow DiagramCASE TOOLS
Testing – Unit testingBlack box testingWhite box testingIntegration and System testingRegression testingDebuggingProgram analysisSymbolic executionModel CheckingCase Study
5
PROJECT MANAGEMENT
9 Hours
Software Project ManagementSoftware Configuration ManagementProject SchedulingDevOps – MotivationCloud as a platformOperationsDeployment PipelineOverall ArchitectureBuilding and TestingDeploymentToolsCase Study
Course Outcomes
Upon completion of this course, students will be able to:
CO1
Apply software process models
CO2
Gather and specify requirements using UML
CO3
Design software using patterns and architectures
CO4
Implement testing strategies
CO5
Manage projects using DevOps practices
Industry Application & Relevance
How the concepts learned in this course are applied in real-world software development projects across Banking, Healthcare, and Enterprise domains over 20+ years of experience.
Professional Application
SDLC, Agile methodologies, project management
Textbooks & References
Textbooks
Roger S. Pressman, Bruce Maxim, 'Software Engineering: A Practitioner's Approach', McGraw Hill
Ian Sommerville, 'Software Engineering', Pearson
Reference Books
Pankaj Jalote, 'An Integrated Approach to Software Engineering', Springer
Erich Gamma et al., 'Design Patterns: Elements of Reusable OO Software', Addison-Wesley
Related Courses from Semester 5
Other courses from the same semester that are actively used in professional work.