CASE's missing elements: key functions must be added to computer-aided software engineering tools, and thorough training is needed in their use

Article Abstract:

Computer-aided software engineering (CASE) is attractive because the automation effort helps to reduce the cost of software development by minimizing the the labor content of software. Ultimately CASE tools want to improve software reliability and quality, as well. However, to truly benefit from CASE tools, firms using the tools will need to provide preparation and training. Important functions need to be added to the tools including enhancing the ability of CASE tools to better manage paperwork generated by software development projects. In addition, CASE tools would benefit from better communication and coordination features. CASE users and experts point to the fact that extensive training is required to truly benefit from CASE tools. A survey reveals that failure rates for CASE tools are about 50 percent when adequate training is not provided.

Usage, Automation, Computer-aided software engineering, Computer aided software engineering, Applications programming, Training of Employees, Glossary, Survey, Software packages

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The civil engineer: in search of an identity

Article Abstract:

This article examines the changing roles and responsibilities of civil engineers. Civil engineering has evolved with the increasing reliance on information technology in our society and has been divided into several areas of specialization that include land development, sanitary engineering, risk assessment, water resource management, and structural engineering.

Social aspects, Project management, College graduates, Civil engineering

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Technology constraints: limits of enablers?

Article Abstract:

This article discusses technology constraints in relation to the tremendous amount of activity and growth occurring in the information technology sector. Author draws some examples from the problems and difficulty encountered in solving Y2K issue.

Analysis, Brief Article, Year 2000 transition (Computers), Observations, Technology assessment

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