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Abstract

This paper presents an interactive computerized teaching suite developed for the design of combinatorial and sequential logic circuits. This suite fills a perceived gap in the currently available computer-based teaching software, with the purpose of providing alternative-mode subject delivery. The authors were, therefore, prompted to develop a Microsoft-Windows tutorial suite, WinLogiLab, comprising a set of interactive tutorials that show the link between Boolean algebra and digital combinatorial and sequential circuits. The combinatorial tutorials follow the initial design steps: from Boolean algebra, to truth tables, to minimization techniques, to production of the combinatorial circuit in a seamless way. Similarly, the sequential tutorials can design simple finite-state counters and can model more complex finite-state automata.

She has worked as a systems analyst and consultant for systems engineering and operations research in both industry and universities. She joined Griffith University in 1986, where she is presently working toward the Ph.D. in manufacturing fluctuation phenomena and quality control of integrated circuits. Her research interests are in systems engineering, industrial automation, quality control in manufacturing, operations research, and intelligent systems.

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