Modularity in Design and Manufacturing Application to Commercial Aircraft Willy Shih Margaret Pierson 2011
Problem Statement of the Case Study
In today’s complex manufacturing environment, design and manufacturing are becoming even more interdependent. This has become even more important in the commercial aircraft industry where there are increasing complexities in aircraft design and production. Home The ability to manufacture products with modular designs will allow the aircraft manufacturing industry to achieve significant cost reduction, streamline the production process, and improve product quality. This paper will discuss modularity in design and manufacturing of aircraft. First, I will explain what modularity is and how it is applied in design and manufacturing. Then, the paper will explore the
Porters Model Analysis
Modularity is an advanced engineering principle, which enables industrial designers to create and assemble products with a high level of flexibility, adaptability, and cost-effectiveness. With modularity, a product design may have a high number of functional components, but each component can be tailored or assembled individually. This feature makes modular products suitable for a wide range of applications, including those in transportation and manufacturing sectors. This paper focuses on the modular design philosophy in commercial aircraft design, where the airframe is divided into modular components that can be easily
Case Study Solution
Modularity is an engineering and design method where the structure and components of a whole system are broken down into subsystems or modules. Modular design ensures that a system can be assembled or deconstructed into smaller, manageable, reusable parts. This process helps in reducing the overall time required to construct or assemble the entire system while increasing its overall productivity, reducing the overall cost, and enhancing the designability of the product. Modular design is often employed in the manufacturing of commercial aircraft due to its benefits, including reducing the time and cost of design and
Recommendations for the Case Study
1. Aircraft Design and Manufacturing: Modular Design Modular design is a process of designing and manufacturing aircraft components into sub-systems, sub-assemblies, or modules that can be easily swapped or adapted to meet changing requirements. It enhances productivity, reduces assembly time and space, and allows for easier modifications. The process of designing sub-systems and assemblies as a modular system involves three design elements: 1. System Structure The modular system structure is designed to provide interchangeable and easily
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“In 2011, Airbus, the aerospace manufacturer of the world’s best-selling commercial aircraft, faced a challenge — to increase aircraft production speed, reduce costs, and improve quality. To address these challenges, Airbus invested in a new design approach. The goal was to create flexible designs that allowed design changes to be made within 24 hours, which would lead to a 30% reduction in time to market, a 50% reduction in manufacturing costs, and a 50% increase in product