This category A propellers module examines Turboprop engine types and introduces the aerodynamic principles that propellers use to develop thrust and systems necessary for their correct operation. Initially, differing Turboprop configurations are discussed, ranging from early single shaft examples to modern free turbine designs. Complex gear reduction methods, necessary to ensure correct propeller rotational speeds, …
This category A gas turbine engines module discusses basic principles of operation, construction and respective technology of gas turbine engines. The various component parts of the engine are examined in detail and the layout and operation of associated systems studied. The first sections reinforce the students understanding of the basic laws of physics required to …
This category A Aviation Legislation module details the legal framework in which Part-66 Licensed Engineers work. It describes the development of UK European and International Aviation Legislation and states the principle responsibilities of the UK CAA, EASA and ICAO, describing the relationship between them and other Aviation Authorities. The module explains Part-M, Part-66, Part-145, and …
In this Category A Human Factors module we will look at the way human factors affect aircraft maintenance and flight safety. Human performance factors such as vision, hearing, information processing and memory. Social psychology factors such as working in teams, motivation, and peer pressure are considered. Other topics include, factors that affect performance; the physical …
This category A aerodynamics module initially establishes the need for a standard atmosphere (ISA) and to describe the properties of the atmosphere as applicable to aerodynamics. The module investigates the airflow around a body and the generation of lift and drag as well as forces that act on an aircraft whilst in steady flight and …
The first part of this category A Materials and Hardware module starts by exploring the characteristics, properties, applications and typical heat treatments used in aircraft ferrous and non-ferrous metals. It then moves on to look at the properties and characteristics, and how to repair commonly used aircraft composite and non-metallic materials before discussing typical aircraft …
This category A Digital Techniques and Electronic Instrument Systems module starts out with looking at Electronic Flight Instrument systems (EFIS), Electronic Centralised Aircraft Monitor system (ECAM), Engine Indicating and Crew Alerting System (EICAS). This is then followed by basic computer structure, layout and operation. The last section involves investigating the electrostatic sensitive devices (ESD) Primary …
Cat A Module 5: Digital Techniques / Electronic Instrument Systems Read More »
This category A mathematics module covers the arithmetic, algebra, geometry and mathematics necessary to satisfy the EASA requirements. The module starts by looking at basic arithmetic operations involving fractions, decimals, percentages and ratios before moving on to investigate the use of different number bases. Linear, simultaneous equations are examined and quadratic equations are solved using …
This Category A physics module is designed to provide the background knowledge necessary to understand the operation of aircraft equipment and systems. The student will gain an overview of the SI system of units, the structure of matter and the properties of solids, liquids and gases. The basic principles of statics, kinetics and dynamics are …
This category A Electrical Fundamentals module starts by looking at electrical charge, how electricity is created and terminologies used. The module moves on to investigate the construction, materials and operation of direct current power sources including batteries, thermocouples and photo-cells. Primary Target Group Engineering minded persons seeking to enter the sector Professionals working in …
