SYLLABUS

COURSE OBJECTIVE:

·   To understand the phases in a software project, estimate cost and effort.

·   To  describe fundamental  concepts  of  requirements engineering and  Analysis Modeling.

·   To use the various software design methodologies

·   To learn various testing techniques and maintenance measures.

·   To analyze agile development and Devops

COURSE OUTCOME(S):

On successful completion of this course, the student will be able to:

CO1 - Identify the key activities in process model and estimate project cost and effort required by

            applying software engineering principles

CO2 - Understand and analyze the requirements and construct their models

CO3 - Apply systematic procedure for software design

CO4 - Estimate and contrast the various testing and maintenance activities

CO5 -Identify and Analysis agile development and Devops

CO6 - Adapt unethical issues and apply ethical practices for a given case study

UNIT - I       SOFTWARE PROCESS AND PLANNING          9

Introduction to Software Engineering; Objectives, Principles and Practices; The Software Development Life Cycle : Pre-development phases of the SDLC – Development specific phases of the SDLC – Post- development phases of the SDLC; Methodologies Paradigm and Practices : Process methodologies – Development paradigms – Development practices; Project Planning Process; Software Project Estimation: Decomposition techniques – Empirical estimation models – The make/buy decision – Project scheduling; Risk Management; Handling Ethical Dilemmas.

UNIT - II    REQUIREMENTS ANALYSIS AND SPECIFICATION      9

Software Requirements: Functional and non-functional – Security requirements – User requirements – System requirements – Software requirements document; Requirement Engineering Process: Feasibility studies – Requirements elicitation and analysis – Requirements validation – Requirements Management; Classical Analysis: Structured system analysis; Requirement modelling tools.

UNIT - III              SOFTWARE DESIGN               9

Design Concepts: Design process – Design concepts – Modularity, Coupling and cohesion – Design model – Modeling principles; Structured Design; Architectural Design: Architectural styles; Architecture for Network based Applications – Decentralized Architectures.

UNIT - IV                SOFTWARE TESTING               9

Software Testing Fundamentals; Internal and External Views of Testing: White box testing – Basis path testing – Control structure testing– Black box testing – Unit testing – Integration testing – Regression testing – Validation testing – System testing – Security testing; Testing Tool; Debugging; Software Implementation: Coding Practices and Principles; Maintenance: Types.

UNIT - V        AGILE DEVELOPMENT AND DEVOPS          9

Agile Development: Agile Teams – Team and Scrum – Branches – Pull Requests – Reviews – Integration- Agile Iterations – Reporting and fixing bugs; Dev/Ops: From development to deployment – Three-Tier-Responsiveness, Service level objectives, and Apdex – Releases and feature flags – Monitoring and finding bottlenecks – Improving rendering and database performance with caching; Security: Defending customer data in application

TOTAL: 45 PERIODS

TEXT BOOKS:

1.   Roger S Pressman, Bruce R Maxin ―Software Engineering – A Practitioner‘s Approach, McGrawHill International Edition, Eighth Edition, 2015.

2.   Armando Fox and David Patterson, Engineering Software as a Service: An Agile Approach Using Cloud Computing, Strawberry Canyon LLC, Second Beta Edition, 2021.

REFERENCE BOOKS:

1.   Ian Sommerville, ― Software Engineering, Pearson Education Asia, Tenth Edition, 2015.

2.   Stephen R Schach, ― Software Engineering‖, Tata McGraw-Hill Publishing Company Lim-ited,2007.

3.   Brian  Albee,  Hands-On  Software  Engineering  with  Python, Packt Publishing, 2018.

4.  Kelkar S A,― Software Engineering, Prentice Hall of India, 2007.