Software engineering : a practitioner's approach Roger S. Pressman, Bruce R. Maxim

By:

Pressman, Roger S

Contributor(s):

Maxim, Bruce R [auth.]

Material type: Text

TextLanguage: English Publication details: Chennai Mc Graw Hill 2025Description: 676p. P.BISBN:

9789355325044

Subject(s):

Computer programming

DDC classification:

R 005.1 PRE(SOF)

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Holdings
Item type	Current library	Collection	Call number	Vol info	Copy number	Status	Barcode
REFERENCE COMPUTER SCIENCE	St. Xavier's University, Kolkata Reference Section	Reference	R 005.1 PRE(SOF) (Browse shelf(Opens below))	S.X.U.K	13976	Not For Loan	UCS13976
COMPUTER SCIENCE	St. Xavier's University, Kolkata Lending Section		005.1 PRE(SOF) (Browse shelf(Opens below))	S.X.U.K	13977	Available	CS13977
COMPUTER SCIENCE	St. Xavier's University, Kolkata Lending Section		005.1 PRE(SOF)C1 (Browse shelf(Opens below))	S.X.U.K	13978	Available	CS13978

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Previous	005.1 MAL(FUN)Ed5.C1 Fundamentals of software engineering	005.1 MAL(FUN)Ed5.C2 Fundamentals of software engineering	005.1 MAL(FUN)Ed5.C3 Fundamentals of software engineering	005.1 PRE(SOF) Software engineering : a practitioner's approach	005.1 PRE(SOF)C1 Software engineering : a practitioner's approach	005.1 PRE(SOF)Ed8 Software engineering : a practitioner's approach	005.1 PRE(SOF)Ed8.C1 Software engineering : a practitioner's approach	Next

Chapter 1: Software and Software Engineering

Part One: The Software Process
Chapter 2: Process Models
Chapter 3: Agility and Process
Chapter 4: Recommended Process Model
Chapter 5: Human Aspects of Software Engineering

Part Two: Modeling
Chapter 6: Principles That Guide Practice
Chapter 7: Understanding Requirements
Chapter 8: Requirements Modeling—a Recommended Approach
Chapter 9: Design Concepts
Chapter 10: Architectural Design—a Recommended Approach
Chapter 11: Component-level Design
Chapter 12: User Experience Design
Chapter 13: Design for Mobility
Chapter 14: Pattern-based Design

Part Three: Quality and Security
Chapter 15: Quality Concepts
Chapter 16: Reviews—a Recommended Approach
Chapter 17: Software Quality Assurance
Chapter 18: Software Security Engineering
Chapter 19: Software Testing—component Level
Chapter 20: Software Testing—integration Level
Chapter 21: Software Testing—specialized Testing for Mobility
Chapter 22: Software Configuration Management
Chapter 23: Software Metrics and Analytics

Part Four: Managing Software Projects
Chapter 24: Project Management Concepts
Chapter 25: Creating A Viable Software Plan
Chapter 26: Risk Management
Chapter 27: A Strategy for Software Support

Part Five: Advanced Topics
Chapter 28: Software Process Improvement
Chapter 29: Emerging Trends in Software Engineering
Chapter 30: Concluding Comments

Appendix 1: An Introduction to UML
Appendix 2: Data Science for Software Engineers

References

Index

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