Digitalisation in the Aerospace Industry from Coursera

What's inside

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)

Digitalisation in Production

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).

Human Factors 4.0: Requirements and challenges for humans, teams and organizations

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).

Managing Maintenance, Repair and Overhaul for Civil Aircraft

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).

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Helps learners develop awareness of special production requirements connected with digitalisation and its role in the aerospace industry

Covers the influence of digitalisation on production, including cyber-physical systems, digital twins, assistance systems, and robotics

Taught by recognized experts in the field of digitalisation from Fraunhofer Research Institution and Technical University Munich

Provides insights into the individual steps in the approval process for new aircraft and relevant maintenance processes, presenting the impact of digitalisation in these areas

Examines human factors in the digital age and the requirements and challenges for humans, teams, and organizations

Suitable for learners with a background in engineering, particularly those interested in the aerospace industry

Reviews summary

Aerospace industry digitization overview

Learners say Digitalisation in the Aerospace Industry provides an excellent general overview for individuals who want to work in the aerospace industry.Experienced instructors comprehensively cover cutting-edge technologies, including digital processes, digital management strategies, digital manufacturing, and smart maintenance certification. Discussion of relevant real-world examples helps make the learning experience more engaging and practical. The course also includes a set of challenging quizzes to test your knowledge.

Challenging quizzes to test knowledge

"The quizzes seemed to be hard but made me take my concentrate on details."

Includes hands-on projects for practical application

"The inclusion of hands-on projects, coupled with insights into critical digital aerospace applications, exceeded all expectations."

Well-structured content, starts general then gets specific

"The course starts with a generalized overview of smart manufacturing in the aerospace industry and then goes specific to maintenance certification by the end."

Knowledgeable and experienced instructors

"Very good course! Highly experienced faculties have simplified the principles. Excellent course structure."

In-depth overview of aerospace digitization

"Provides a comprehensive understanding of cutting-edge technologies, making it an invaluable resource for staying ahead in a rapidly evolving sector."

"A comprehensive course outlining all the fields pertaining to the integration of digital technologies into the field of engineering, manufacturing, design and development in the aerospace industry."

Translated transcripts are incomplete or inaccurate

"The only thing I have to criticise is that the translated transcript and also in the module's language (english) is partly incomplete or false/ not congruent with the videos."

Quizzes can be too difficult and penalizing

"Takes a long time before getting Aerospace-specific. Quizzes are not practical and are more about semantics and specific definitions. 72 hours to retake a quizz with 4 questions?? 1 mistake already sets you back 3 days. This is not motivating and highly penalizing - goes against a self-paced learning model"

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Digitalisation in the Aerospace Industry with these activities:

Review Programming Concepts

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Solidify your understanding of basic programming concepts and paradigms.

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Review the principles of object-oriented programming.
Practice implementing data structures and algorithms.
Solve coding challenges online.

Develop a Concept Map of Aerospace Terminology

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Enhance your comprehension of aerospace-specific terminology by creating a visual representation that connects and defines key concepts.

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Review the course materials and identify key aerospace terms.
Use mind mapping software or a physical whiteboard to create a concept map.
Connect related terms with arrows or lines and provide brief definitions or explanations.
Add examples or illustrations to reinforce your understanding.
Review and refine your concept map regularly to solidify your knowledge.

Review Aerospace Manufacturing Processes

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Complete a series of guided tutorials that delve into various aerospace manufacturing processes, solidifying your foundational understanding of the production techniques used in this industry.

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Explore the principles of aerospace manufacturing
Learn about different materials used in aerospace production
Review various cutting and forming techniques
Understand joining methods for aerospace structures

Eight other activities

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Practice Aerospace Engineering Concepts with Online Simulations

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Reinforce your understanding of key aerospace engineering concepts by engaging in interactive simulations that allow you to visualize and manipulate different parameters.

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Identify reputable online platforms or software that offer aerospace engineering simulations.
Choose simulations that align with the concepts you're studying in the course.
Run simulations and experiment with different variables to observe their effects.
Analyze the simulation results and compare them with your theoretical knowledge.
Reflect on your findings and identify areas where you need further understanding.

Collaborate on a Digitalization Project

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Enhance your teamwork skills and gain diverse perspectives by working on a project with peers.

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Form a team of students with diverse backgrounds and expertise.
Define the project scope and objectives.
Conduct research and gather information.
Develop and implement solutions.
Present your findings and recommendations.

Participate in an Aerospace Industry Event or Workshop

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Gain hands-on experience, network with professionals, and stay updated on industry trends.

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Research upcoming aerospace industry events and workshops.
Identify events that align with your interests and career goals.
Register for the event and attend.
Actively participate in discussions and networking opportunities.

Attend a Workshop on Human Factors in Aerospace

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Deepen your understanding of human factors and their impact on aerospace design and operations.

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Identify workshops on human factors in aerospace.
Register for the workshop.
Attend the workshop and actively participate in discussions.
Apply the knowledge gained to your coursework and projects.

Develop an Aerospace Engineering Design Proposal

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Demonstrate your problem-solving and engineering skills by creating a detailed proposal for an aerospace engineering design project.

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Identify a specific aerospace engineering problem or challenge you want to address.
Research and gather information on relevant technologies, materials, and design principles.
Develop a conceptual design and provide detailed specifications and drawings.
Analyze the feasibility, performance, and potential impact of your design.
Write a comprehensive design proposal outlining your project, methodology, and expected outcomes.

Develop a Digital Automation System Prototype

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Deepen your understanding of digital automation systems by designing and building a prototype.

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Define the specifications and requirements for the prototype.
Design the mechanical, electrical, and software components.
Assemble and test the prototype.
Evaluate the performance and make improvements.

Explore Advanced Robotics and Automation Techniques

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Expand your knowledge of robotics and automation by following guided tutorials and online courses.

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Identify reputable sources for tutorials and courses.
Select tutorials that align with your interests and learning goals.
Follow the tutorials and complete the exercises.
Apply your newfound knowledge to practical projects.

Design and Prototype a Small Aerospace Component

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Embark on a project to design and prototype a small aerospace component, applying your knowledge of manufacturing processes and materials to create a tangible product.

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Identify a suitable component to design
Create detailed design specifications
Select appropriate materials and manufacturing techniques
Fabricate and assemble the component
Test and evaluate the performance of the component

Career center

Learners who complete Digitalisation in the Aerospace Industry will develop knowledge and skills that may be useful to these careers:

Maintenance Manager

Maintenance Managers are responsible for managing the maintenance of equipment and facilities. This course in Digitalisation in the Aerospace Industry may be useful for Maintenance Managers who wish to understand how digitalisation can help improve the efficiency and effectiveness of maintenance.

See salaries and explore the career path for Maintenance Manager

Project Manager

Project Managers are responsible for planning and executing projects. This course in Digitalisation in the Aerospace Industry may be useful for Project Managers who wish to understand how digitalisation can help improve project planning and execution.

See salaries and explore the career path for Project Manager

Sales Manager

Sales Managers are responsible for managing the sales force and generating revenue. This course in Digitalisation in the Aerospace Industry may be useful for Sales Managers who wish to understand how digitalisation can help improve the efficiency and effectiveness of sales.

See salaries and explore the career path for Sales Manager

Software Engineer

Software Engineers are responsible for designing, developing, and testing software applications. This course in Digitalisation in the Aerospace Industry may be useful for Software Engineers who wish to understand how digitalisation can help improve the design and development of software applications.

See salaries and explore the career path for Software Engineer

Operations Manager

Operations Managers are responsible for managing the day-to-day operations of a business. This course in Digitalisation in the Aerospace Industry may be useful for Operations Managers who wish to understand how digitalisation can help improve the efficiency and effectiveness of operations.

See salaries and explore the career path for Operations Manager

Marketing Manager

Marketing Managers are responsible for developing and executing marketing campaigns. This course in Digitalisation in the Aerospace Industry may be useful for Marketing Managers who wish to understand how digitalisation can help improve the efficiency and effectiveness of marketing.

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Robotics Engineer

Robotics Engineers are responsible for designing, developing, and testing robots. This course in Digitalisation in the Aerospace Industry may be useful for Robotics Engineers who wish to understand how digitalisation can help improve the design and development of robots.

See salaries and explore the career path for Robotics Engineer

Industrial Engineer

Industrial Engineers are responsible for designing and optimizing industrial processes and systems. This course in Digitalisation in the Aerospace Industry may be useful for Industrial Engineers who wish to understand how digitalisation can help improve efficiency and productivity in industrial settings.

See salaries and explore the career path for Industrial Engineer

Manufacturing Engineer

Manufacturing Engineers are responsible for designing and optimizing manufacturing processes and systems. This course in Digitalisation in the Aerospace Industry may be useful for Manufacturing Engineers who wish to understand how digitalisation can help improve efficiency and quality in manufacturing.

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Systems Engineer

Systems Engineers are responsible for designing and integrating complex systems. This course in Digitalisation in the Aerospace Industry may be useful for Systems Engineers who wish to understand how digitalisation can help improve the design and integration of complex systems.

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Supply Chain Manager

Supply Chain Managers are responsible for managing the flow of goods and services between a business and its suppliers and customers. This course in Digitalisation in the Aerospace Industry may be useful for Supply Chain Managers who wish to understand how digitalisation can help improve the efficiency and effectiveness of supply chain management.

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Automation Engineer

Automation Engineers are responsible for designing, developing, and implementing automated systems. This course in Digitalisation in the Aerospace Industry may be useful for Automation Engineers who wish to understand how digitalisation can help improve the design and implementation of automated systems.

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Quality Assurance Engineer

Quality Assurance Engineers are responsible for ensuring that products and services meet quality standards. This course in Digitalisation in the Aerospace Industry may be useful for Quality Assurance Engineers who wish to understand how digitalisation can help improve quality assurance processes.

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Safety Engineer

Safety Engineers are responsible for ensuring the safety of products and services. This course in Digitalisation in the Aerospace Industry may be useful for Safety Engineers who wish to understand how digitalisation can help improve safety processes.

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Aerospace Engineer

Aerospace Engineers are responsible for designing, manufacturing, and testing aircraft and spacecraft. This course in Digitalisation in the Aerospace Industry may be useful for Aerospace Engineers who wish to understand how digitalisation can help increase efficiency and productivity in the aerospace industry.

See salaries and explore the career path for Aerospace Engineer