DITF302 – SOFTWARE ENGINEERING

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DITF302 – SOFTWARE ENGINEERING
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SESSION JUL – AUG 2024
PROGRAM MASTER OF BUSINESS ADMINISTRATION (MBA)
SEMESTER III
COURSE CODE & NAME DITF302 – SOFTWARE ENGINEERING
   
   

 

 

Assignment Set – 1

 

  1. Analyze the structure and interdependencies within the layered approach to Software Engineering, emphasizing how each layer contributes to the overall software development process.

Ans 1.

Layered Approach to Software Engineering

The layered approach to software engineering provides a structured and systematic framework that breaks down the complex process of software development into manageable segments, ensuring a logical flow and consistency throughout the lifecycle of a software project. Each layer in this approach contributes uniquely, serving distinct functions and supporting the successful development of high-quality software products. In this approach, software engineering is viewed as a series of layered activities, each building on the previous one to achieve seamless integration

 

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  1. Evaluate the key phases of Project Management and critically assess how process and project metrics can influence decision-making and project outcomes in Software Engineering. 5+5

Ans 2.

Key Phases of Project Management and the Role of Metrics in Software Engineering

Project management in software engineering involves a series of well-defined phases, each contributing to the successful execution and completion of a project. These key phases include Initiation, Planning, Execution, Monitoring and Controlling, and Closing. Understanding these phases is crucial for the effective management of resources, time, and quality, which ultimately leads to the successful

 

 

  1. a. Define the Software Configuration Management (SCM) process.
  2. Discuss the role of SCM in maintaining the integrity and traceability of software products throughout their lifecycle. 5+5

Ans 3a.

Software Configuration Management (SCM) Process and Its Role

  1. Defining the Software Configuration Management (SCM) Process

Software Configuration Management (SCM) is a systematic process used to control changes in software projects, ensuring consistency, traceability, and integrity throughout the software development lifecycle. SCM involves tracking and managing all changes made to software, including source code, documentation, requirements, and other related artifacts. The key components of the SCM

 

Assignment Set – 2

 

 

  1. Discuss the stages of the software design process, explaining its key activities.

Ans 4.

Stages of the Software Design Process and Key Activities

The software design process is a crucial phase in software development, translating user requirements into a blueprint for building a robust and efficient software product. It consists of several stages, each of which involves specific key activities aimed at developing a detailed design that meets both functional and non-functional requirements. The main stages of the software design

 

5a. Explain the concept of White Box Testing.

  1. Evaluate its components and applications in software testing.

Ans 5.

  1. Concept of White Box Testing

White Box Testing, also known as structural or glass box testing, is a software testing technique that focuses on evaluating the internal structure, logic, and code of a software application. In this approach, testers have complete visibility of the software’s internal workings, including code, control flow, and data flow. The primary goal of white box testing is to ensure that all internal operations of the software function as intended and to identify logical errors, improper flow of

 

6a. Examine the purpose of the Capability Maturity Model (CMM) and its role in improving software process maturity.

  1. Describe in detail the different levels of the Capability Maturity Model (CMM) and their impact on organizational performance.

Ans 6.

  1. Purpose of the Capability Maturity Model (CMM)

The Capability Maturity Model (CMM) is a framework developed by the Software Engineering Institute (SEI) to assess and improve the maturity of software development processes within an organization. The main purpose of CMM is to provide a structured pathway for organizations to enhance their software development capabilities, increase efficiency, and produce high-quality software consistently. CMM helps organizations identify current process weaknesses,

 

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