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Product Safety Engineering involves making sure that a product your company makes is safe for the purchaser to use as intended, for serving personnel to maintain, etc., and complies with relevant regulations and standards. System Safety Engineering is similar, but broader in a sense. It deals with complex system whether products to be sold or systems in your facility that are used to perform whatever function your company performs. It looks at how systems work, how they might fail and what can be done in advance to prevent that.
Some good sound system engineering information can be found at http://sse3.com/ which the website of the useful compendium by two authorities in the field of audio engineering.
Probably a rather philosophical question, but if you want to make a quote it is the difference between an architect and a construction worker. Engineers design a framework and decide how the building works in its entirety and how it interconnects with the outside world and programmers execute the master plan, putting up the walls and installing the plumbing and electricity.
System engineering is concerned with developing requirements of a system, and then planning the work of design, production and operation of the system. We can say system engineering work is completed when the system is in operation. Industrial engineering is concerned with the efficiency of the system and also with human effort involved in operating the system. In a system design and installation, number of functional engineering disciplines and specialized engineering disciplines are involved. Industrial engineering is a specialized engineering discipline involved in system design and installation. Industrial engineering also evaluates and improves efficiency of systems over a period of time as they are into operation.
The major difference between management information system and accounting information system is the method of accounting. The latter is performed by software, while the former is the system of how the records are kept.
System engineering is the operational management and maintenance of a given product or service. It requires a lot of hard work and ambition to be successful in this field.
System engineering is the operational management and maintenance of a given product or service. It requires a lot of hard work and ambition to be successful in this field.
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1. Reverse engineering is the process of generating the technical data required to duplicate a product functionally and dimensionally. 2. Reverse engineering is the process of analyzing a subject system to create representations of the system at a higher level of abstraction. 3. Reverse engineering is an element of product redesign, improvement and evolution. 4. Reverse engineering is the development of an operational understanding of a product. 5. Reverse engineering is the process of benchmarking a product's cost, performance and functionality. 6. Reverse engineering is a way to teach the engineering design process in a hands-on, intuitive way.
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the method of accounting