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The article focuses on the development of a model curriculum for a new kind of software engineering technique, the Aspect-oriented software development (AOSD) in Great Britain. The new kind of discipline is transitioning from specialized industrial courses to post-graduate teaching in universities and is very evident in enterprise application research. The increasing maturity of the new discipline requires the development of a curriculum that will train students in the application of a three-dimensional approach to systems analysis, development and evolution. The European Network of Excellence on AOSD has proposed a model curriculum that is of modular in nature, providing a structured body of knowledge that allows selection of specific topics on a specific time. INSET: Aspect-Oriented Software Development.

The article focuses on the use of Simple Object Access Protocol (SOAP) to determine and define the content of the XML document and to interoperate with other applications in Great Britain. SOAP is a lightweight protocol used for exchange of information in a decentralized and distributed environment. It states that SOAP-based services are the basis on the inclination toward service-oriented architecture, but it also made mention of the difficulties because a software engineer has to master all the necessary specifications. It further stresses that though SOAP promises portability it would still be wise to consider factors such as network latency in the conversion of XML documents. INSET: SOAP Resources.

Examines the implication of perceptual bias on the pain research for software engineering in Great Britain. Applicability of the peak-end effect on the software engineering; Difference between the pain domain and of usability evaluation; Risk of peak-end effect misuse. INSET: Jugment and Decision-Making Literature..

Focuses on the knowledge management (KM) in software engineering in Great Britain. Improvement of knowledge on basic motivation and driver for KM; Advantages of KM on decreased time and cost and increased quality for business; Role of KM in software engineering.

The article focuses on the impact of test-driven design on the quality of software designs in Great Britain. It illustrates the process by which software developers use the test-driven design in determining the quality of software and relates on a statistical research that proves that the test design indeed helps increase the quality of software although it lessen productivity rate due to difficulty in writing the codes. Moreover, it discusses the way that the design is helping the improvement of code quality in a manner by which it provides a common ground for software developers and business people to sit down and work on a project.