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1.4.3 Describe the techniques used for transmission of radar data  2  Point to point, network, microwave, satellite 
1.4.4 Describe formats in use  2  ASTERIX, etc. 
1.5 Automatic Dependent  1.5.1 Explain Surveillance-related Future Air  2  Sources of aircraft parameters (e.g. FMS 
Surveillance (ADS)  Navigation Systems (FANS) concepts and their impact on ATC  outputs), communication mediums Principles of the message/signal path Application within oceanic and other non-radar airspace, avionics requirements (e.g. FMS), ATC requirements 
1.5.2 Describe the basic principles of ADS contract and broadcast  2  Contract as a two-way data exchange with reporting rules, broadcast 'send and forget' not adaptable Advantages/disadvantages, standards, variants 
1.5.3 Describe the datalink technologies proposed and the current situation of deployment  2  VDL, HF, 1090 MHz, UAT, satellite Advantages/disadvantages, standards, variants 
Page 36 Released Issue Edition Number: 2.0

TOPIC SUBTOPIC  Objectives Students shall ....  L  CONTENT 
1.6 Weather Radar  1.6.1 Describe the use of ground weather radar in ATC  2  Purpose and usage, example European installation, impact of adverse weather in dense airspace, primary, antenna, coverage, data processing, displays, polarisation, multi-elevation scanning 
1.6.2 Describe the system options and data presentation  2  e.g. Integrated with surveillance data, separate PPI display, text only presentation 
1.6.3 Describe airborne weather radar  2  Use, range, coverage, HMI, etc. 
1.7 Surface Movement Systems  1.7.1 Consider the ATC requirements  2  Safety (aircraft and mobiles), landing clearance, runway clearance, low visibility, collision warnings, parameters, displays, mapping, data processing, range discrimination, aircraft identification, ground mobiles 
1.7.2 Describe the basic functionality and constraints of surface movement primary radar  2  Wavelength consideration for propagation resolution and antenna dimensions, high PRF, short pulse width, high data rate 
1.7.3 Describe the use of SSR and derived systems for surface movement control  2  SSR, monopulse, e-scan high-resolution SSR, multi-lateration, multi-static, ADS, Mode-S squitter 
1.7.4 Describe other systems (ground movement)  2  Acoustic, vibration, induction loop, video, infrared, ADS, etc. 
1.7.5 Describe the integration and presentation of surface movement control surveillance information  2  Data fusion, ASMGCS, display systems, controller HMI 

Subject 8: MAINTENANCE PROCEDURES
The general objective is:
To provide a full and comprehensive understanding of the maintenance process in both theory and practice.

TOPIC SUBTOPIC  Objectives Students shall ....  L  CONTENT 
1 Maintenance Procedures 
1.1 Maintenance Procedures  1.1.1 Be aware of precautions to take before handling equipment.  0  Isolation, protection devices, electrostatic sensitive devices, power supplies, heavy loads, high voltage. 
1.1.2 Explain the classifications of maintenance used in their organisation.  2  e.g. Preventative, corrective, service configuration 
1.1.3 State the maintenance philosophy and rules that are in operation in their organisation  1  Who sets the maintenance policy and what criteria are used to establish the appropriate practice? Who plans the maintenance? How is the maintenance coordinated? Who is responsible for the execution of the maintenance? What are the rules controlling deviation from planned maintenance? 
1.1.4 Explain the operational procedures involved in changing the configuration of an operational system  2  Authority/permission to change a system Station log books, CMS system log-in, control authorisations, documentation, etc. 
　
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