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Welcome to the CR4 blog Software for Engineers. Of late, the postings here have been sparse and the senior editors of GlobalSpec have asked me to step up to the plate and deliver a sort of new beginning for this Blog, a rebirth of sorts. There will be regular postings on a particular topic on Monday and Thursday of each week, with a general news item of interest posted every Saturday.
In that spirit, let's start with an examination of what sort of things you'll find here. Predominantly the focus will be on the fit, form, and function of software used in the following engineering categories:
- General
- Mathematical (e.g., numeric models and methods)
- Structural (including civil)
- Electrical and Electronic
- Chemical
- Mechanical
Each of the above fields are vast but in engineering software there are common denominators. All software is developed by the same phased approach of the Systems Development Life Cycle (SDLC): 1) requirements analysis; 2) design; 3) development; 4) testing; 5) packaging & deployment; 6) maintenance. Additionally, there are many iterative processes between each of those phases. The point, however, is that each type of engineering software is designed with one goal in mind: to assist engineers in achieving specific results within any given field of endeavor. After all, software is not of much use if cannot quickly and accurately accomplish a set of tasks.
To whet your appetite for the kind of things you'll see in the future here, the next couple of weeks will focus on Embedded Systems Design and Development, part of electronics engineering, and recent changes in the Embedded C++ language standards as well as a look at the Sun Microsystems platform for micro-circuitry device development, Java ME. Comments, questions and discussion are always welcome. Stay tuned!
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