A comprehensive approach is offered for avionics engineering topics and curricula for educational activities that better meet contemporary aerospace industry requirements. These topics include a growing demand for airspace mobility services, the proliferation of unmanned aircraft systems (UAS), and the required enhancements in avionics and air traffic management (ATM) design standards (hardware and software components); targeting the evolving safety, interoperability, and cybersecurity needs of the aeronautical and space sectors. Proposed topics and approaches stem from the Institute of Electrical and Electronics Engineers (IEEE) Aerospace and Electronics Systems Society (AESS) Avionics Systems Panel (ASP) discussions aimed at aligning educational approaches to relevant industry needs and technical advancements in the field of avionics engineering. Suitable curricular development approaches are proposed to address the career life cycle of avionics engineers, including undergraduate and graduate education. Collaborative exchange and discussion, including both industrial and academic perspectives, focus on informing curricular development approaches that bridge the gaps between higher education, industry practice, and public stakeholder needs toward maximizing educational outcomes and preparedness of the avionics engineering workforce to tackle some of the most important challenges and opportunities faced by the aerospace sector.

中文翻译：

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重组航空电子工程课程，以满足当代要求和未来挑战

针对航空电子工程主题和教育活动的课程提供了一种综合方法，可以更好地满足当代航空航天业的要求。这些主题包括对空域机动性服务的需求不断增长，无人飞行器系统（UAS）的普及以及航空电子和空中交通管理（ATM）设计标准（硬件和软件组件）的必要增强；针对航空和航天部门不断变化的安全性，互操作性和网络安全需求。提议的主题和方法来自电气和电子工程师协会（IEEE）航空航天和电子系统协会（AESS）航空电子系统专家组（ASP）的讨论，旨在使教育方法适应航空电子工程领域的相关行业需求和技术进步。提出了合适的课程开发方法，以解决航空电子工程师的职业生命周期，包括本科和研究生教育。包括行业和学术观点在内的协作交流和讨论，重点是为课程开发方法提供信息，以弥合高等教育，行业实践和公共利益相关者需求之间的差距，以最大程度地提高教育成果和航空电子工程人员的准备水平，以解决一些最棘手的问题航空航天业面临的重要挑战和机遇。