复杂、端到端空间系统设计与开发过程的教学挑战:地球观测卫星系统设计培训课程

C. C. Lin, D. Southwood, R. Meynart, M. Aguirre, M. Tossaint, C. Buck, M. Endemann, A. Tobias, M. Gollor, P. Norris, G. Spinella, M. Borgeaud, P. Lecomte, M. Aguzzi, C. Boever, V. Gupta, N. Callens
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引用次数: 0

摘要

地球观测卫星系统设计培训课程于2018年首次在欧空局位于比利时的欧空局ESEC Galaxia基地的欧空局学院培训和学习设施提供,并于2021年在2019冠状病毒病大流行的情况下再次以在线形式提供。本课程涵盖卫星对地观测系统的端到端设计与开发过程。教学专家(包括欧空局在职和退休员工以及欧空局学院的教学设计师)面临着两大挑战:(1)在不牺牲基本技术知识、工程实践和逻辑教学质量的前提下,将如此庞大的学科领域(与复杂的多学科工程项目相关)压缩成紧凑的格式(例如2018年的4.5天);(2)以全面的形式向30名硕士和博士学生展示课程材料,他们的背景通常不涵盖与课程主题领域相关的所有技术学科。2021年的在线培训课程吸取了2018年的经验教训,包括18个讲座,外加5个小组项目课程,学生们将学到的知识付诸实践,并学会在项目团队环境中工作。本文主要探讨了教学团队应对上述两个挑战的方法和逻辑。讨论了在某些领域遇到的困难,例如遥感仪器的设计
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenge of teaching complex, end-to-end space system design and development process: Earth Observation Satellite System Design training course
The Earth Observation Satellite System Design training course was first offered in 2018 at ESA Academy’s Training and Learning Facility at ESA’s ESEC Galaxia site in Belgium, and again in 2021 in an online format under the Covid-19 pandemic situation. The course covers the end-to-end design and development process of satellite Earth observation systems. Two major challenges were faced by the teaching experts, consisting of the active and retired ESA staff, as well as ESA Academy’s instructional designers for its development: (1) Condensing such a vast subject domain, associated with a complex, multi-disciplinary engineering undertaking, into a compact format (e.g. 4.5 days in 2018) without sacrificing the quality of the essential technical knowledge, engineering practices and logic as taught; (2) Presenting the course materials in a comprehensive form to a group of 30 M.S. and Ph.D. students with their backgrounds generally not covering all of the technical disciplines associated with the course subject domain. The 2021 online edition of the training course, which drew on lessons learnt from 2018, consisted of 18 lectures, plus 5 group project sessions where the students put their acquired knowledge into practice and learned to work in a project team environment. This paper concentrates on the approach and logic adopted by the instructional team to address the above 2 challenges. Difficulties encountered in some of the areas, e.g. remote sensing instrumentation designs, are discussed
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