Curriculum Information

This module introduces the physical principles that govern the atmosphere and aircraft aerodynamics, enabling students to develop an understanding of how lift, drag and controlled flight are generated and sustained. Core aerodynamic terminology and performance concepts are explored through the study of airflow behaviour, the forces acting on an aircraft in flight, aircraft stability, and the factors affecting flight performance. 

The module examines the aerodynamic characteristics, construction and operation of primary and secondary flight controls, including high-lift and drag-producing devices, and considers their contribution to aircraft controllability and performance throughout different phases of flight. Students investigate the relationship between aerodynamic theory and aircraft design, developing an appreciation of how aerodynamic principles influence aircraft operation and maintenance. 

Building on this foundation, the module introduces the basic structure of aircraft and the layout and operation of key aircraft systems. Students examine major airframe structural components and their functions, together with the principles of operation of common aircraft systems. Through the study of aircraft structures and systems as interconnected elements, students develop an understanding of the aircraft as an integrated engineering system and gain the knowledge required to support safe maintenance practices, routine inspections and the identification of common defects.