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May 2, 2022
May 2, 2022
Recently Updated on September 15, 2023
SOFTWARE ENGINEERING METHODOLOGY MITS5002
SOFTWARE ENGINEERING METHODOLOGY MITS5002 Subject Name – Software Engineering Methodology Subject Code – MITS5002 University Name – Victorian Institute of Technology, Australia
Software Engineering Methodology MITS5002 EXAM HELP
Software Engineering Methodology MITS5002 is a subject provided by the Victorian Institute of Technology to students of Master of Information and Systems degree. In the subject, students will learn about a variety of programming languages, data modelling, software design processes, Information systems, databases, software architecture, software testing strategies, software project management, and many more.
Insight to Software Engineering Methodology MITS5002
Software Engineering is defined as the process of evaluating user needs, then designing, creating, and testing software to meet those requirements.
In other words, Software engineering is the establishment and use of sound engineering principles in order to obtain economical software that is reliable and works efficiently on real machines.
Software Development Life Cycle (SDLC)
Software Development Life Cycle is a framework that lays out the steps involved in each stage of software development. It contains a precise blueprint for developing, deploying, and sustaining software.
The Software Development Life Cycle (SDLC) describes the entire development process, including all processes involved in designing, developing, testing, and deploying a software product.
Software Development Life Cycle Models
A software development life cycle model is a descriptive representation of the software development cycle. SDLC models might have a different approach but the basic phases and activity remain the same for all the models.
The waterfall model is also known as Linear Sequential Model. The Waterfall Model is a sequential model for software development that splits the process into pre-defined phases. Each phase must be finished before the next one can begin, and the phases must not overlap. During the SDLC phase, each phase is designed to accomplish a specific activity.
The V Model
The V Model is known as the Verification and Validation model. The V-model is a form of SDLC model in which processes are executed in a V-shape in a sequential manner. It is based on the correlation of a testing phase with each development step. Each stage must be developed in conjunction with the testing phase. The next phase begins only once the previous one has been completed, i.e. there is a testing activity for each development activity.
The prototype model is one of the most popularly used Software Development Life Cycle Models. The prototype model is used when clients do not know the exact requirement of the project. In this model, an end-product prototype is first created, then tested and refined based on user feedback until a final acceptable prototype is established, which serves as the foundation for building the final product.
Software-Intensive Systems (SIS)
A software-intensive system is defined as one in which software has a significant impact on the overall design, building, deployment, and evolution of the system.
Cloud Computing is a paradigm in which information is permanently stored on servers
on the Internet and cached temporarily on clients that include desktops, entertainment
centers, table computers, notebooks, wall computers, handhelds, sensors, monitors,
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Sample Paper for Software Engineering Methodologies MITS5002
Web-Based Publication System-Case Study
This software system will be a Web-Based Publication System (WBPS) for a local editor
of a Pressman society. This software system will be constructed to maximize the productivity of the editor by providing him the tools to assist in automating the review of the article as well as the publishing process. Without this software system, the editor has to be performed these tasks manually. The WBPS will maximize the work efficiency of the editor. The production of the WBPS will meet the needs of the editor whilst remaining easy to use as well as understand.
In addition, this WBPS system is designed to facilitate an editor to properly manage as
well as communicate with a group of authors as well as reviewers to publish research article on an online public website. The system based upon WBPS also comprises a relational database including a list of Reviewers, Articles, and Authors. The WBPS will allow communication between authors, reviewers, and the editor through E-Mail. In every stage of the progress of the article, the preformatted reply forms are used via the WBPS to provide a uniform process of review. The location of these forms is configurable through the maintenance options of the application.
Please read the above case study carefully and answer the following questions 1 to 4 based
on the case study.
Question1- Given the Case Study above, what SDLC Model would you use to develop the associated software. You will need to justify your answer. Outline two advantages your SDLC model would have over other SDLC models that could be utilized in developing the software. (5marks)
Question2- Identifying and Understanding Requirements is a crucial activity in the Software development process. Suppose you are asked to elicit the requirements from stakeholders for the above case study. Discuss the stakeholders from the case study. From the Case Study, find three functional requirements. Are there any non-functional requirements? If so, what are they? (10marks)
Question3- Discuss in detail how the software specification is different from the software requirements in the case of the WBPS system? (5marks)
Question4- Based upon the above case study, answer the following- (10marks)
a) Write two different classes with their attributes and operations in the following format:
b) Write five use cases
Question5- Discuss in detail the following: (5marks)
a) Data-Centered Architecture
b) Difference between Cohesion and Coupling