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Subject Syllabus

CSIT-601 - Software Engineering & Agile

CSIT · Semester 6

Course Modules

Learn topic-wise with Hyper AI and revise using mapped PYQs.

Introduction Software problem and prospects Software life cycle models Open source software development The unified process Documentation Configuration management Safety Risk assessment

Measures, metrics and indicators Metrics in the process and project domains Software measurement Metrics of software quality Software reliability Software estimation techniques LOC and FP estimation Empirical models like COCOMO Project tracking and scheduling Reverse engineering

Feasibility study Informal and formal specifications Pre/post conditions Algebraic specification and requirement analysis models Specification design tools Software design objectives Design techniques: top-down, bottom-up, team User interface design Modularity Functional decomposition Data flow design Data structure design Object-oriented design Design patterns Implementation strategies

Coding standard and guidelines Programming style Code sharing Code review Software components Rapid prototyping Specialization and construction Class extensions Intelligent software agents Reuse and performance improvement Debugging Verification and validation Strategic issues and test plan White box and black-box testing Unit and integration testing System testing, test case design and acceptance testing Maintenance activities

Agile vs traditional SDLC models Phases of Agile model Principles of Agile model Pros and cons of Agile model When to use the Agile model Agile testing methods Scrum, product backlog and Scrum practices Process flow of Scrum methodologies Extreme Programming (XP) and its phases Crystal methodologies Dynamic Software Development Method (DSDM)Feature Driven Development (FDD)Lean software development KANBAN Agile metrics