Digitalisation in the Aerospace Industry

Go to Course: https://www.coursera.org/learn/industry

Introduction

### Course Review: Digitalisation in the Aerospace Industry on Coursera In an age where technology is transforming industries at a rapid pace, the aerospace sector stands out as a pivotal area of innovation. Coursera's course titled **Digitalisation in the Aerospace Industry** offers a comprehensive overview of how digital technologies are not merely modifications but revolutionary changes that influence production processes, human factors, and maintenance paradigms in aerospace. This course is a must for anyone looking to understand the nexus of digitalisation and aerospace. #### Course Overview The *Digitalisation in Aerospace* course is designed to introduce learners to the specific production requirements linked to digital advancements in aerospace. By enrolling in this course, students will delve deep into the impact of robotics and automation, while also gaining insights into the intersection of research and manufacturing within the industry. #### Syllabus Breakdown 1. **Digitalisation and the Future of the Aerospace Industry** Taught by Professor Manfred Broy from Zentrum Digitalisierung.Bayern, this unit kicks off the course with a historical overview of aerospace. It explores the evolution of digital technologies and sets the stage for understanding their current applications. 2. **Digitalisation in Production** The second unit, co-instructed by Professors Gunther Reinhart and Klaus Drechsler from the Technical University of Munich, dives into the tangible effects of digitalisation on production technologies. This segment provides a thorough overview of crucial concepts like cyber-physical systems (CPS), digital twins, and robotics, exemplifying how these innovations are reshaping aerospace production. 3. **Human Factors 4.0: Requirements and Challenges for Humans, Teams, and Organizations** Under the guidance of Professor Harald Schaub, this unit addresses the human element crucial to the aerospace industry. It examines workload management, occupational stress, and how digitisation reshapes human-machine interactions. As the workforce evolves—incorporating AI and robotic colleagues—understanding these dynamics becomes paramount for future leaders. 4. **Managing Maintenance, Repair and Overhaul for Civil Aircraft** Concluded by Professor Josef Mendler, this unit addresses digitalisation’s significant impact on maintenance processes, including the approval protocols for new aircraft. Understanding how digital tools enhance repair and overhaul operations can greatly benefit aerospace professionals. #### Why You Should Enroll The *Digitalisation in the Aerospace Industry* course is highly recommended for professionals, students, and enthusiasts eager to grasp the profound changes digital technologies are introducing to aerospace. Here are several reasons to consider this course: - **Expert Insights**: The collaboration of esteemed professors from renowned institutions brings varied perspectives and expertise. - **Relevant Content**: The curriculum aligns with industry trends, ensuring that learners acquire knowledge applicable to real-world scenarios. - **Holistic Approach**: By encompassing production, human factors, and maintenance, the course offers a well-rounded understanding of the aerospace industry's future. - **Flexible Learning**: As an online course, it provides the convenience of self-paced learning, making it accessible to a global audience. #### Conclusion Digital transformation is unmistakably leading the aerospace industry into new horizons, and the *Digitalisation in the Aerospace Industry* course on Coursera is an excellent resource in this journey. It equips learners with a foundational understanding of both the technological advancements and the human factors at play. Whether you want to enhance your professional skills, pivot your career towards aerospace, or simply gain insights into this exciting field, this course stands out as an invaluable opportunity. Embrace this chance to be a part of the digital future in aerospace!

Syllabus

Digitalisation and the Future of the Aerospace Industry

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)

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).

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).

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).