Jickson Cheung

Aerospace engineering graduate with pilot studies (2024) Aerospace engineering graduate with pilot studies (2024) and 20 hours of flight experience and a solid technical background in aerodynamics, aircraft systems, and flight operations. Experienced in real-world flying environments, showcasing strong problem-solving skills and teamwork. Committed to safety and precision, with a focus on continuous professional development in aviation. Ready to leverage academic knowledge and practical experience in a professional pilot role.

• My passion for aviation is the driving force behind both my engineering studies and my flight experience.
• From designing and analysing aircraft structure to experiencing the thrill of flight firsthand, I have always been deeply fascinated by the mechanics, aerodynamics, and precision that define aviation.
• My undergraduate degree studies enabled me to develop strong analytical and problem solving skills, working on engineering aspects such as aircraft structure, CFD, simulation.
• Through 20 hours of flight experience, I have gained extra knowledge from sitting in the cockpit and experiencing the direct connection between theory and practice.
• My ultimate goal is to integrate my engineering knowledge, flight experience and passion for aviation into a fulfilling career.

• English, Fluent
• Chinese (Cantonese), Fluent
• Chinese (Mandarin), Fluent

Aerospace engineering graduate (2024) with a solid technical foundation and a deep passion for aviation, pursuing a career as a professional pilot. Hands-on flight experience has strengthened my skills in aircraft handling, navigation, and decision making, while my engineering background has provided me with a strong understanding of the aircraft design and build process. Highly disciplined, adaptable, and fully committed to continuous learning, with the goal of contributing meaningfully to the aviation industry as a pilot. Multilingual (English and Chinese). Personable, team player.

• Certified SolidWorks Associate (CSWA), used in multiple university projects to design and assemble 3D models, and prototype mechanical components