Upon successful completion of the Basic Module 13: Aeroplane Aerodynamics, Structures and Systems training course, students will possess a comprehensive understanding of key principles and systems essential for the operation and maintenance of aeroplanes. Participants will be able to explain the principle of controls and the three axes of an aircraft, providing insights into aircraft maneuverability and control mechanisms. Additionally, students will gain proficiency in understanding rotary-wing aircraft and their unique characteristics. The course will cover structural classification, enabling participants to identify and describe various aeroplane structures effectively. Furthermore, students will acquire knowledge of electrical systems, including lights, flight instruments, and avionics, essential for safe and efficient aircraft operation. Participants will also gain understanding of data and voice communication systems, crucial for communication during flight operations. Moreover, the course will cover primary control mechanisms and high-lift devices, enhancing participants' ability to manage and manipulate aircraft flight characteristics. Additionally, students will learn about on-board maintenance procedures, ensuring the continuous airworthiness of aeroplanes. Through theoretical instruction and practical exercises, participants will develop the skills necessary to operate and maintain aeroplanes effectively, enhancing their readiness for licensure and professional practice in the aviation industry.