Technology trajectory in aviation: Innovations leading to value creation (2000–2019)

IF 4.2 Q2 MANAGEMENT
Bruno Alencar Pereira , Gui Lohmann , Luke Houghton
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引用次数: 8

Abstract

This study identifies relevant innovations and discusses value creation in the aviation industry between 2000 and 2019. Aviation experts with experience in innovation were selected and invited to complete a survey identifying the leading innovations in the industry. This study contributes to recent aviation history by offering a list of innovations and a discussion of technological path dependency and value proposition with examples. This overview is helpful to academics and practitioners to verify how these innovations have shaped the industry worldwide, making it more efficient, agile, sustainable, and safe. The innovations selected comprise consolidated technologies and emerging advances introduced in the timeframe proposed. 33 innovations primarily related to incremental and technical typologies that add value to products were mapped. In addition, this study provides insightful findings by classifying the value created for the aviation sector into five innovation clusters: (1) aircraft technology, adding value in terms of efficiency and sustainability; (2) innovation in passenger services, creating more personalized services and enhancing the customer experience; (3) innovation in flying, adding value in terms of safety and the security environment; (4) business and operational management, improving procedures and revenue; (5) and general applications, adding value in terms of Aviation 4.0 (increases in automation and data exchange, including cyber-physical systems, the Internet of Things (IOT) and cloud computing).

航空技术发展轨迹:创新导向价值创造(2000-2019)
本研究确定了相关的创新,并讨论了2000年至2019年航空业的价值创造。我们挑选了具有创新经验的航空专家,邀请他们完成一项调查,以确定航空业的领先创新。本研究提供了一系列的创新,并通过实例讨论了技术路径依赖和价值主张,从而对近代航空史做出了贡献。这一概述有助于学者和从业者验证这些创新如何在全球范围内塑造行业,使其更加高效、敏捷、可持续和安全。所选择的创新包括在拟议的时间框架内引入的综合技术和新进展。33项创新主要与增加产品价值的增量和技术类型相关。此外,本研究还将航空产业创造的价值分为五大创新集群:(1)飞机技术,在效率和可持续性方面增加价值;(2)创新客运服务,打造更加个性化的服务,提升旅客体验;(3)飞行创新,安全增值,保障环境;(4)业务和运营管理,改善流程和收入;(5)一般应用,在航空4.0方面增加价值(自动化和数据交换的增加,包括网络物理系统、物联网(IOT)和云计算)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
International Journal of Innovation Studies
International Journal of Innovation Studies Business, Management and Accounting-Strategy and Management
CiteScore
8.10
自引率
0.00%
发文量
23
审稿时长
19 weeks
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