Bachelor of Engineering in Aerospace Engineering(BEngA.E.) 工學士 (航空航天工程)
Why is this Major needed?
Since the last century, aerospace has been undergoing rapid changes, which were driven by the advancement in electric aircraft flight technologies, advanced digital communications (what is now being called digital aerospace), smart inspection, autonomous flight, supersonic flight technologies, etc. Our program takes cognizance of these changes but at the same time provides the students with the engineering skills and knowledge needed to succeed in the current climate and to adapt to the forthcoming changes.
Given the vision of aerospace, space, and aviation to 2040, it is clear that influential trends such as electric aircraft, technological innovations, climate change, space urbanization, changing consumer demands, autonomous vehicles, etc. are all capable of creating new industries and supply chain providers in addition to the demand that will be placed on existing industries.
JUPAS code: JS1207 Mechanical Engineering (Majors: BEng Aerospace Engineering / BEng Mechanical Engineering / BEng Nuclear and Risk Engineering)
Objectives of the Major
- To equip students with a strong and broad foundation in engineering principles and skills.
- To address the evolving demands of the aerospace and related industries, including:
- Smart manufacturing
- Smart sensing, inspection, and monitoring
- Advanced flight technologies
- Next-generation aircraft (e.g., unmanned, bio-inspired, and clean-power systems)
- AI, robotics, and automation technologies
- To enhance graduate employability through a multidisciplinary education, preparing students for roles in:
- Technical services and consultancy
- Manufacturing and finance
- Other sectors aligned with Hong Kong's manpower needs
Career Prospects
- The Aviation Forum at the Royal Aeronautical Society (2019) highlighted a growing global demand for professionals in:
- Advanced materials and systems technologies
- Systems design, sensors, and communication systems
- Space technologies, exploration, and robotics
- Our programme covers these areas comprehensively, alongside fundamentals in computing, simulation, numerical methods, and professional engineering. Graduates will be well-prepared for careers in:
- Research and development (R&D)
- Technical services, finance, and consultancy
- Teaching and research
- Graduates will also be equipped to pursue postgraduate studies in emerging fields such as:
- Space urbanization and digital communications
- AI-aided technologies and autonomous vehicles
- Robotics and advanced materials for flight systems
Entrance Requirements and Admission Arrangements
HKDSE Route
To be eligible for admission, you must satisfy the University’s General Entrance Requirements, with at least one elective subject in Physics, M1/M2, Design and Applied Technology or Chemistry for HKDSE students.
JUPAS HKDSE students will apply for admission to the Department of Mechanical Engineering (JS1207). They will enter a major after the first year of study. During their first year, students will study a broad range of Gateway Education (GE), College of Engineering and Home Department specified courses. The top 40% of students [based on (i) cumulative grade point average (CGPA) at the end of Semester B; (ii) no failed grades in any courses in Semesters A and B; (iii) completion of at least 30 credit units in Semesters A and B, including the number of credit units specified by the College of Engineering & respective Home Department for its required courses] will have free choice of the majors offered by the Department. The other 60% of students will be allocated a major of their choice, subject to the availability of places and the selection criteria set by the Department of Mechanical Engineering.
Alternative Routes
Direct/non-JUPAS applicants are expected to have, or to be close to having, Associate Degrees or Higher Diplomas with high grades or credit awards in engineering-related disciplines.
Curriculum
Students will:
• Specialize in either Aerospace Materials or Aerospace Systems streams.
• Gain a deep understanding of the scientific principles and applications of aerospace engineering.
• Develop hands-on laboratory experience through aerospace engineering projects.
• Cultivate problem-solving skills and experimental expertise.
• Learn to formulate and solve real-world aerospace engineering challenges.
• Meet the accreditation standards of the Hong Kong Institution of Engineers (HKIE).
• Complete a total of 120 credit units, ensuring a rigorous and industry-aligned education.
Professional Recognitions
This major is designed to meet the accreditation requirements of the Hong Kong Institution of Engineers (HKIE), a signatory member of the Washington Accord under which all members agree to recognise each other’s accredited Engineering degree programmes.
Tuition Fees
Government Funded Programmes
Latest information on tuition fees is available at the website of the Academic Regulations and Records Office.
Major Leader
Major Structure/Major Requirement (Links to University Undergraduate Catalogue)
SUGGESTED STUDY PATH (PDF)
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Last modified on 02 APR, 2024