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In this module, we introduce concepts and application of management activities as planning, coordinating, measuring, monitoring, controlling, and reporting to ensure that the development and maintenance of software is systematic, disciplined, and quantified.


Software Engineering Management can be defined as the application of management activities - planning, coordinating, measuring, monitoring, controlling, and reporting - to ensure that the development and maintenance of software is systematic, disciplined, and quantified.

The software engineering management therefore addresses the management and measurement of software engineering. While measurement is an important aspect of all topics of software engineering, it is here that the topic of measurement programs is presented.

While it is true to say that in one sense it should be possible to manage software engineering in the same way as any other process, there are aspects specific to software products and the software life cycle processes which complicate effective management - just a few of which are as follows:

  • The perception of clients is such that there is often a lack of appreciation for the complexity inherent in software engineering, particularly in relation to the impact of changing requirements.
  • It is almost inevitable that the software engineering processes themselves will generate the need for new or changed client requirements.
  • As a result, software is often built in an iterative process rather than a sequence of closed tasks.
  • Software engineering necessarily incorporates aspects of creativity and discipline—maintaining an appropriate balance between the two is often difficult.
  • The degree of novelty and complexity of software is often extremely high.
  • There is a rapid rate of change in the underlying technology.

With respect to software engineering, management activities occur at three levels: organizational and infrastructure management, project management, and measurement program planning and control.

Aspects of organizational management are important in terms of their impact on software engineering - on policy management, for instance: organizational policies and standards provide the framework in which software engineering is undertaken. These policies may need to be influenced by the requirements of effective software development and maintenance, and a number of software engineering-specific policies may need to be established for effective management of software engineering at an organizational level. For example, policies are usually necessary to establish specific organization-wide processes or procedures for such software engineering tasks as designing, implementing, estimating, tracking, and reporting. Such policies are essential to effective long-term software engineering management, by establishing a consistent basis on which to analyze past performance and implement improvements, for example.

Another important aspect of management is personnel management: policies and procedures for hiring, training, and motivating personnel and mentoring for career development are important not only at the project level but also to the longer-term success of an organization. Software engineering personnel may present unique training or personnel management challenges (for example, maintaining currency in a context where the underlying technology undergoes continuous and rapid change). Communication management is also often mentioned as an overlooked but major aspect of the performance of individuals in a field where precise understanding of user needs and of complex requirements and designs is necessary. Finally, portfolio management, which is the capacity to have an overall vision not only of the set of software under development but also of the software already in use in an organization, is necessary. Furthermore, software reuse is a key factor in maintaining and improving productivity and competitiveness. Effective reuse requires a strategic vision that reflects the unique power and requirements of this technique.

Questions & Answers

I want to create a game
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Requirements to create game
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what are software evolution processes
Software Evolution is a term which refers to the process of developing software initially, then timely updating it for various reasons, i.e., to add new features or to remove obsolete functionalities etc. ... If the proposed changes are accepted, a new release of the software system is planned
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functional - describes what a software system should do . non functional - place constraints on how the will do so
non functional requirement include: quility . reliability . response time . security . privacy . effectiveness . maintainability . robustness scalability . fault tolerance . extensibility . efficiency . portability . resilience ... .
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Encapsulation in Java is a process of wrapping code and data together into a single unit, for example, a capsule which is mixed of several medicines. ... Now we can use setter and getter methods to set and get the data in it. The Java Bean class is the example of a fully encapsulated class.
What is software Engineering
Jakisay Reply
Sofyware engineering is the application of principles used in the field of engineering which usually deals with phsical systems to the design, testing, development, deployment and management of software systems
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Shrudhi Reply
The Constructive Cost Model is a procedural software cost estimation model developed by Barry W. Boehm. The model parameters are derived from fitting a regression formula using data from historical projects
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Source:  OpenStax, Software engineering. OpenStax CNX. Jul 29, 2009 Download for free at http://cnx.org/content/col10790/1.1
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