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Leveraging Enterprise Mobility Innovation for Knowledge Sharing in the Airline Industry with Implications for Engineering Education

机译:利用企业流动创新,为工程教育的影响,在航空业中的知识共享

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Advances in engineering have led to the continued miniaturization and increased computing power and capabilities of mobile computing technologies. These technical advances get their ultimate start from engineering education that cultivates young people for technical careers of design and development for the Information Age. Engineering education is, therefore, benefiting industry by educating engineers who continue to advance such innovations as mobile computing smartphones. In this paper, we argue that industry can conversely benefit engineering education in how technology is applied for sharing knowledge within and beyond the boundaries of the organization. The airline industry in particular is an area that demonstrates how knowledge sharing experiences can be enabled through the use of mobile computing innovations in the field. Global competition requires firms to rapidly and effectively develop and share knowledge. Knowledge and learning enabled through the use of advanced technologies are, therefore, among the most critical organizational assets for achieving and maintaining competitive advantage. Drawing from the literature streams of knowledge sharing, social learning theory, and IT mobility, this interpretive case study introduces a theoretical two by two framework. This framework serves as our lens for assessing how migrating from using legacy to advanced technologies can motivate and enable learning. Through observations, questionnaires, and interviews, we test the framework in a case study evaluating the benefits gained from the implementation of smartphones replacing walkie-talkies at a global airline. Through our framework, we identify new opportunities and challenges in sharing and learning knowledge via smartphones. We then argue that similar benefits can be gained for engineering education delivery at universities, drawing from social learning theory and a student-centered learning educational pedagogy. Hence, this research is applicable to not only the airline industry, but also to engineering education for greater understanding and leveraging of knowledge sharing through mobile computing.
机译:工程进展导致了移动计算技术的持续小型化和增加的计算能力和能力。这些技术进步从工程教育中获得最终的初步,培养年轻人的信息时代的设计和开发的技术职业。因此,工程教育是通过教育工程师作为移动计算智能手机进行教育的工程师受益。在本文中,我们争辩说,行业可以相反地利用工程教育,以如何在本组织的界限内分享知识。该航空公司的行业尤其是展示通过使用现场移动计算创新可以实现知识共享经验的区域。全球竞争要求公司迅速有效地发展和分享知识。因此,通过使用先进技术使得知识和学习是实现和维持竞争优势的最关键的组织资产。从知识共享文献分享,社会学习理论和IT流动性的绘制,这项解释性案例研究引入了两个框架的理论上。该框架是我们的镜头,用于评估如何从使用遗留到高级技术的迁移可以激励和启用学习。通过观察,问卷和访谈,我们在案例研究中测试框架,评估从实施智能手机的实施中获得的福利在全球航空公司中取代了对话。通过我们的框架,我们通过智能手机确定共享和学习知识的新机遇和挑战。然后,我们争辩说,在大学的工程教育送货中可以获得类似的福利,从社会学习理论和以学生为中心的学习教育教育学。因此,本研究不仅适用于航空公司行业,也适用于通过移动计算更加了解和利用知识共享的改善和利用知识教育。

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