Effectively Incorporating Hardware Experience Into A Digital Electronics Service Course

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Detalles Bibliográficos
Publicado en:	Association for Engineering Education - Engineering Library Division Papers (Jun 16, 2002), p. 7.462.1
Autor principal:	Dillard, William
Publicado:	American Society for Engineering Education-ASEE
Materias:	Auburn University Electronics Curricula Hardware Boolean algebra Engineering education Binary codes Shift registers Light emitting diodes Digital simulation Computer engineering Digital electronics Switches Digital computers Coders Circuit diagrams Computer simulation Colleges & universities Schedules Students Logic Laboratories Experiments Circuits College students Simulation Engineering Homework Computers Motivation Mathematics Alternative approaches Learning Reading materials Education Diagrams Arithmetic Tutorials Algebra Classrooms
Acceso en línea:	Citation/Abstract Full text outside of ProQuest
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Descripción
Resumen:	A new approach to incorporating digital hardware in an introductory digital electronics service class has been successfully demonstrated at Auburn University’s Electrical and Computer Engineering department. Having no room in the curriculum for a formal laboratory, the central theme is to combine theory, simulation and hardware within the existing classroom/study time allotments. Teams of 5 or 6 students construct experiments “at home” and submit their circuits as homework for grading. PSPICE simulations are used to support both the lecture material and the hardware experience. Additional reading materials and tutorials have been created for better utilization of both in-class lecture and out-of-class study time. Lecture style has been modified to incorporate class time for introduction to hardware and digital simulation with PSPICE without sacrificing course content. This approach has proven to be an effective tool in introducing students to hardware issues and implementation alternative as well as improving student learning and motivation. Traditionally, the Electrical and Computer Engineering department at Auburn University taught an introductory digital electronics course at the junior level that served both electrical and computer engineers. With three hours of lecture each week, the course topic included: · Binary, decimal and hexadecimal bases · Adder circuits · Logic operations and gates · Parity, ASCII, BCD and Gray Code · LED’s, 7-segment displays and switches · Arithmetic Logic Unit · Boolean algebra and Karnaugh maps · Decoder, encoder, MUX and DeMUX · SOP and POS formats · Programmable logic – ROM’s and PLD’s · Minterms, maxterms and lists · Flip-flops and sequential circuits · Timing diagrams and gate delay · Registers and shift registers · Signed number systems · Counters An accompanying weekly, three-hour laboratory was also required, providing the student with a significant semester long hardware investigation. After a recent campus-wide curricula change, the original course has been replaced by two sophomore-level courses; one for electrical and computer engineering majors (with a reduced lab schedule), and the other, a service for computer “Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education” Main Menu
Fuente:	Library Science Database