2023年8月13日

加強航空教育在新加坡一個新的夥伴關係新加坡民航局(CAAS)和新加坡大學的技術和設計(SUTD)將為SUTD學生提供實習機會在航空工業。擴大和加深他們對航空工業的理解,中國農科院的將為SUTD學生提供實習機會,作為一個新的為期3年的合作夥伴關係的一部分。合作涉及領域的信息共享空中交通管製,為航空業務網絡安全,先進的無人機係統(UAS)技術。後者將利用SUTD航空領域,網狀戶外無人機設施,公共教育推廣項目的創新和安全使用無人機。最近合作遵循一個五年協議,將在2024年3月到期。空中交通管理項目,旨在產生快速仿真模型支持在終端空域空中交通選擇,跑道,和蓋茨,是導致項目合作。最終發布時,這種技術將能夠評估機場的容量迅速而準確地在各種天氣情況下樟宜機場和跑道關閉。因此,交通管製員將能更好地平衡供給和需求在任何給定的時刻。利用技術驅動,SUTD是公認的思維解決問題,新的夥伴關係旨在加強之間的合作努力已經展開SUTD和農科院。SUTD總統Chong拖莊教授表示,這與中國農科院的合作加強SUTD航空關注教育和研究,以更好地支持SUTD本科生的能力和能力發展,畢業生和校友。 They are excited to work on future joint initiatives and programmes to improve learning and human capital development to boost Singapore’s unmanned aircraft ecosystem. Two standout technologies are cybersecurity and UAS. Safeguarding vital aviation systems from cyber threats is imperative, and UAS have gained prominence for diverse functions such as shipping and monitoring. With aviation systems growing more dependent on digital infrastructure, the risk of cyber intrusions rises. Cybercriminals could potentially disturb or incapacitate crucial systems, resulting in accidents or worse. Hence, the presence of cybersecurity experts is crucial to shield aviation systems from such threats. Similarly, UAS are progressively gaining popularity across various domains, encompassing tasks like delivering cargo, conducting surveillance, and engaging in search and rescue missions. However, UAS also introduce a plausible security concern. It remains possible for cybercriminals to commandeer a UAS, manipulating it to execute harmful deeds such as crashing it into structures or disrupting aerial traffic. Operators of UAS must remain cognisant of these dangers and take proactive measures to minimise their impact. Through mastering the fields of cybersecurity and UAS, experts within the aviation industry can play a pivotal role in safeguarding critical infrastructures and ensuring the well-being of both passengers and crew members. Singapore is actively striving to implement an array of cybersecurity measures designed to shield pivotal aviation systems against cyber incursions. These measures encompass the enforcement of more robust authentication and access protocols, the encryption of data transmissions, and the regular execution of vulnerability assessments. Given the perpetually evolving nature of the aviation sector, the demand for adept professionals specialising in cybersecurity and UAS is poised to only escalate in the impending years. By attaining proficiency in these pivotal technologies, aviation industry professionals can contribute significantly to upholding the safety and security of passengers and crew alike.