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Requirements Management Using SLATE
Author(s) -
Nallon John,
Goodwin Steven
Publication year - 1994
Publication title -
incose international symposium
Language(s) - English
Resource type - Journals
ISSN - 2334-5837
DOI - 10.1002/j.2334-5837.1994.tb01815.x
Subject(s) - documentation , systems engineering , concurrent engineering , software deployment , engineering , automation , engineering design process , manufacturing engineering , process (computing) , software engineering , new product development , product design , product (mathematics) , computer science , operations management , mechanical engineering , geometry , mathematics , scheduling (production processes) , programming language , operating system , marketing , business
After 10 years of automating the electrical design process at Texas Instruments, we could design and build a printed wiring board in 30 days, a 6x cycle time improvement. However, each design was still being built 5.75 times. Further analysis disclosed that the problem was the lack of requirements analysis and poorly written (or not written) specifications. Recent systems engineering surveys found that the management and documentation of requirements comprises over 75% of the tasks performed by systems engineering. These findings led to the development of a System Level Automation Tool for Engineers (SLATE) to improve the productivity of systems engineers. SLATE is a multi‐user, multi‐dimensional, concurrent engineering design tool for managing system design from product definition through design, development, manufacturing, deployment, maintenance, and the disposal of a product. This paper focuses on the approach taken to implement Requirements Management in SLATE.

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