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所在平台: Coursera |
课程主页: https://www.coursera.org/learn/industry
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课程名称：航空航天行业的数字化 课程概述： 《航空航天行业的数字化》在线课程旨在让学员了解与数字化相关的特殊生产需求。课程内容涵盖机器人和自动化在制造业中的作用，帮助学员更好地理解不同的研究和制造视角，以及这两者的交集。 课程大纲： 1. **数字化与航空航天行业的未来** - 描述：这一模块简要介绍航空航天的历史，讨论从早期到现在这一研究领域的数字化演变。 - 主讲人：曼弗雷德·布罗伊教授（巴伐利亚数字化中心） 2. **生产中的数字化** - 描述：该模块提供数字化如何影响生产的初步洞察。首先概述数字化的概念，然后探讨数字化的四个方面及其对生产技术的具体影响，包括网络物理系统（CPS）、数字双胞胎、生产中的辅助系统和机器人。每个模块都通过实例展示这些技术如何正在或将要改变航空航天领域的生产流程。 - 主讲人：古特·雷因哈特教授（慕尼黑工业大学与弗劳恩霍夫研究机构）、克劳斯·德雷克斯勒教授（慕尼黑工业大学与弗劳恩霍夫研究机构） 3. **人因工程4.0：人类、团队和组织的要求与挑战** - 描述：该模块探讨个体的工作负荷、实际工作量与个人对工作负荷的感知之间的关系。运营商工作负荷的评估对人机系统设计有着重要影响。模块讨论工作相关的压力以及避免工作负荷失衡和职业压力的方法，以提高复杂系统的效率、可靠性和安全性。未来的公司将利用数字化手段管理其组织结构和价值创造，领导者需要理解“智能手机一代”的员工，也要将人工智能算法和机器人视为团队的一部分。新的组织、未来产品的运作及市场和客户需求需要发展新的整体心理模型。 - 主讲人：哈拉尔德·绍布教授（IABG奥托布伦与奥托-弗里德里希大学） 4. **民用飞机的维护、修理和改装管理** - 描述：该模块由约瑟夫·门德勒教授讲授，介绍新飞机在欧洲和国际要求下的审批流程及相关维护过程，以及数字化在这一领域的影响。 - 主讲人：约瑟夫·门德勒教授（IABG奥托布伦） 总之，这门课程将为参与者提供关于航空航天行业中数字化转型的全面视角，涵盖从历史背景到生产、人员管理与维护等多个方面的内容。
Name:Digitalisation and the Future of the Aerospace Industry
Description:This course unit is a brief introduction to the history of aerospace, discussing the digital evolution of this research area from the earliest days up to the present. Lecturer: Professor Manfred Broy (Zentrum Digitalisierung.Bayern)
Name:Digitalisation in Production
Description:The online course unit "Digitalisation in Production" provides an initial insight into how digitalisation influences production. It provides an overview of what digitalisation is before discussing four aspects of digitalisation and their concrete impact on production technology. In addition to cyber-physical systems (CPS) and digital twins, assistance systems and robotics in production are examined in greater detail. For all modules, examples are given of how use of these technologies is already changing or will change production processes, especially in the field of aerospace. - Lecturers: Professor Gunther Reinhart (Technical University Munich & Fraunhofer Research Institution) & Professor Klaus Drechsler (Technical University Munich & Fraunhofer Research Institution).
Name:Human Factors 4.0: Requirements and challenges for humans, teams and organizations
Description:Workload is the amount of work an individual has to perform. Actual amount of work vs the individual’s perception of workload has to be considered. Assessment of operator workload has a vital impact on the design of man-machine systems. Occupational or work-related stress is the response humans may experience when presented with work demands and pressures that are not matched to their knowledge and abilities and challenge their ability to cope, potentially resulting in inefficiencies, inadequate man-machine cooperation and human error. Avoiding workload imbalance and occupational stress increases efficiency, reliability and the safety of complex systems, supporting the attainment of mission objectives in the process. The ways in which digitised companies operate will be changing radically. The company of the future will use digital means to manage its central functions such as its organisational structure and value creation. Future leaders will need to understand not only their “generation smartphone plus”-employees, but will also have to accept non-human factors such as AI algorithms and robots as part of a team. In such a radically changed environment with teams incorporating human and artificial intelligence, general mental models have to be developed for the workings of an organization, the products of the future and the requirements of the market and customers. - Lecturer: Professor Harald Schaub (IABG Ottobrunn & Otto-Friedrich-University Bamberg).
Name:Managing Maintenance, Repair and Overhaul for Civil Aircraft
Description:In this course unit, Professor Mendler presents on the individual steps in the approval process for new aircraft under European and international requirements as well as on relevant maintenance processes and the impact of digitalisation in this area. - Lecturer: Professor Josef Mendler (IABG Ottobrunn).
The online course Digitalisation in Aerospace aims at making you aware of special production requirements connected with digitalisation. You will learn about the role of robotics and automation in manufacturing and gain a better understanding of differing perspectives on research and manufacturing as well as the points where these intersect.
