看看霍普金斯大学的新电气工程实验室项目

T. Bickart
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引用次数: 4

摘要

约翰霍普金斯大学的本科电子工程课程经历了广泛的修订。最引人注目的修订是在实验室程序中。开设了不同于课堂授课的实验课程。这些实验课程涵盖了基础和高级电测量、传感器、无源电路、有源网络、通信、微波、材料、计算机、伺服机构和能量转换等领域。这些领域的实验旨在让学生了解所涉及的基本和高级概念。实验展示的顺序是根据电气工程讲座课程的顺序选择的,以尽可能完整地涵盖一个主题。实验室手册、笔记、报告和考试的使用经过了仔细的考虑,并且已经形成了一些关于在建立一个成功的实验课程中使用它们的重要想法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Look at the New Electrical Engineering Laboratory Program at the Hopkins
The undergraduate electrical engineering program at The Johns Hopkins University has undergone extensive revision. The most striking revision has been in the laboratory program. Laboratory courses which are distinct from the lecture courses have been developed. These laboratory courses embrace the fields of basic and advanced electrical measurements, transducers, passive circuits, active networks, communications, microwaves, materials, computers, servomechanisms, and energy conversion. The experiments in each one of these fields are designed to give the student insight into both the basic and advanced concepts involved. The sequence of presentation of the experiments is chosen to allow the most complete coverage of a subject as possible, based on the order in which the electrical engineering lecture courses are taken. The use of laboratory manuals, notebooks, reports, and examinations has been given careful thought and some significant ideas have been evolved with regard to their use in establishing a successful laboratory course.
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