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Digital IC Test Development Engineering Teaching and Learning in Higher Education

机译:数字集成电路测试开发与高等教育工程教学

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This paper will consider the role of technology in the laboratory for a new course (module) in integrated circuit (IC) test development engineering for fifth year students in a higher education programme of study in electronic and computer engineering. Engineering laboratories form an essential part of the higher education learning experience for students in the engineering disciplines. They allow for theoretical aspects of a subject to be experimented with, and in many cases, ideas suitably visualized. This is particularly important to support student learning and understanding. In the electronic and computer engineering disciplines, laboratories can take several different forms from hands-on computer coding through to physical electronic circuit design, build and test exercises. This paper will discuss the development of module, and the creation of a laboratory arrangement using the field programmable gate array (FPGA) for a range of possible teaching and learning scenarios that will focus on required industrial IC test activities.
机译:本文将考虑技术在实验室中的作用,为一个新的课程(模块)在集成电路(IC)测试开发工程,第五年的学生在高等教育课程的电子和计算机工程。工程实验室是工科学生高等教育学习经历的重要组成部分。它们允许对一个主题的理论方面进行实验,在许多情况下,可以适当地将想法可视化。这对于支持学生学习和理解尤为重要。在电子和计算机工程学科中,实验室可以采取多种不同的形式,从动手计算机编码到物理电子电路设计、构建和测试练习。本文将讨论模块的开发,以及使用现场可编程门阵列(FPGA)为一系列可能的教学和学习场景创建实验室安排,这些场景将侧重于所需的工业IC测试活动。

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