A Modular and Specifications Oriented Digital Circuit Design Laboratory

A laboratory for a second undergraduate course in digital logic design is described based on the philosophy of decomposing the circuits into control and datapath portions.Modular designs are strongly encouraged by requiring later designs to need some of the same pieces of earlier designs.The unique aspect of this laboratory is that students are required to generate designs that meet criteria other than correct functionality; both performance and area are specified.This gives the students a good idea of what life as a circuit designer might be like.They are faced with the real-world problem of speed versus size.This often leads to friendly competitions between students on whose design is smaller or faster.The specifications and difficulty of the assignments force students to use proper design techniques.The remainder of the paper will focus on the experiences gained both while teaching and taking the laboratory.

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Publication Details

Published
2025-02-18
DOI
https://doi.org/10.18260/1-2-1153-52033
Primary Topic
Experimental Learning in Engineering
Type
article
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article

A Modular and Specifications Oriented Digital Circuit Design Laboratory

Jason K. Moore, Ronald W. Skeith, Mitchell A. Thornton
Experimental Learning in Engineering
article

A Modular and Specifications Oriented Digital Circuit Design Laboratory

Jason K. Moore, Ronald W. Skeith, Mitchell A. Thornton
article en

Abstract

A laboratory for a second undergraduate course in digital logic design is described based on the philosophy of decomposing the circuits into control and datapath portions.Modular designs are strongly encouraged by requiring later designs to need some of the same pieces of earlier designs.The unique aspect of this laboratory is that students are required to generate designs that meet criteria other than correct functionality; both performance and area are specified.This gives the students a good idea of what life as a circuit designer might be like.They are faced with the real-world problem of speed versus size.This often leads to friendly competitions between students on whose design is smaller or faster.The specifications and difficulty of the assignments force students to use proper design techniques.The remainder of the paper will focus on the experiences gained both while teaching and taking the laboratory.

Southern Methodist University (US), University of Arkansas at Fayetteville (US)
Openalex Percentile: Top 96%
Experimental Learning in Engineering
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