3rd year working with University of Calgary : A Record-breaking year!
Summary Now in its third year, the Digital Innovation Case Challenge has set a new record with 50...
Read MorePosted by The World Case Committee Moderator | Mar 5, 2025 | Competition & Events |
Summary Now in its third year, the Digital Innovation Case Challenge has set a new record with 50...
Read MorePosted by The World Case Committee Moderator | Mar 5, 2025 | Competition & Events, Event |
Summary The Cross-Continental Cohort 2025 united students from 9 universities to develop strategic...
Read MorePosted by The World Case Committee Moderator | Jan 14, 2025 | Competition & Events |
Embracing the Spirit of Case Competitions at MBAICC 2025 From January 5th to January 9th, 2025,...
Read MorePosted by The World Case Committee Moderator | Jan 14, 2025 | Competition & Events
MBAICC x Innovatank Education & A.I. Open Challenge 2025 World XP Open Season 3 | Competition...
Read MorePosted by Wei Wang | Jan 4, 2025 | Authors, Publications |
With the rapid development of economic globalization, the demand for the aviation industry is increasing across various sectors. However, this growing demand has significant environmental impacts and repercussions for related industries. Many researchers have studied the topic of green aviation; nevertheless, a clear definition of green aviation remains elusive, leading to dis-crepancies in its implementation. To address this issue, this study employed a questionnaire survey to analyze the collected responses, ultimately defining green aviation as the rational use of energy, which includes reducing fuel consumption and enhancing energy efficiency. Based on these findings, this research proposes an AI-based soaring trajectory plan for green aviation. This method aims to utilize jet streams to enhance energy efficiency and lower greenhouse gas emissions, ultimately achieving green aviation and contributing to a better world.
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