Teaching Aerospace Software Quality at an Undergrad Level in the Pandemic – Experiences

Gauri V. Nair, S. Sai Girish, Vasudev Bm, Y. Jeppu
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Abstract

This paper describes the experiences of teaching software quality as an undergraduate course. The subject was offered at National Institute of Technology Karnataka, Surathkal and the course covered the aerospace standards, safety, software requirements, design, reviews, and testing. Teaching the ARP 4761, ARP 4754, DO 178C and DO 331 to the students was enlightening. The course was completely conducted online on Teams and Moodle and this itself brings out many insights of teaching an industry level training as an undergraduate course. The course covered the basic of these standards and went through a safety analysis process using the System Theoretic Process Analysis. The problem statement was an onboard scanner. This mimicked a radar system but was called a scanner and had a set of functionalities that was simple enough to understand at an undergrad level. A detailed set of requirements was developed during the course. The process of requirement review was done on the requirements to merge the workflow and process defined in the standards with a practical example. The design model and code were developed for the problem statement. This also went through a review process. A formal method approach was used to test the modes of the scanner. Finally, a set of random tests were developed with a set of Orthogonal Array tests to test the system. The use of a problem helped the students to better interact and understand the complexity. The paper describes the curriculum and presents the work done by the students and their experiences during the course.
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航空航天软件质量教学在大流行的本科水平-经验
本文介绍了本科软件质量教学的经验。该课程由位于苏拉特卡尔的卡纳塔克邦国立理工学院开设,课程涵盖航空航天标准、安全、软件要求、设计、审查和测试。通过对arp4761、arp4754、do178c和do331的教学,使学生们受益匪浅。该课程完全在Teams和Moodle上在线进行,这本身就带来了许多将行业级培训作为本科课程进行教学的见解。本课程涵盖了这些标准的基础,并使用系统理论过程分析进行了安全分析过程。问题是机载扫描仪。它模仿了雷达系统,但被称为扫描仪,并且有一组简单的功能,足以让大学生理解。课程中制定了一套详细的要求。在需求上进行需求评审的过程,将标准中定义的工作流和过程与一个实际的例子进行合并。为问题陈述开发了设计模型和代码。这也经过了一个审查过程。采用形式化方法测试了扫描仪的模态。最后,利用一组正交阵列试验开发了一组随机试验来对系统进行检验。问题的使用帮助学生更好地互动和理解复杂性。本文描述了课程设置,并介绍了学生在课程中所做的工作和他们的经历。
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