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DME messages, identification, timing,
decoder….
Visit, photo
4) Explain with the help of an 2 Maps, identifier, frequency, coaeronautical
chart the significance ordinates, orientation, DME
of the DME data symbol. Example for one of your
DME
5) Explain the working principle and 2 Pilot display, system
operational use of on board implementation (photo of
systems instrument), example of
procedure and aeronautical chart
6) Explain the precision and 2 Display distance (slant range),
limitation of DME number of aircraft
Advance first edition (unedited) version – 30 August 2009
43
Topic Intermediate Objectives
The students should be able to
Level Content
7) Explain the purpose of VOR/DME 2 VOR/DME pairing, ILS/DME
pairing or ILS/DME pairing pairing
4. Landing Systems, 1) Explain the overall principle of ILS 2 General, ground and airborne
ILS, MLS and the composition of an ILS components
system Definition, glide path beam,
localiser beams, categories,
markers, DME
2) Explain with an overall schematic 2 Electronics, frequencies, antenna
the function and performance of array, phasing, identification,
ILS modulation, coverage, precision,
limitation
Explain the approach categories,
accuracy, cat1, cat2, cat3
3) Describe the principle of the 2 TX, antennas, frequencies, form
localizer of the beam, show photo of
system
4) Describe the principle of glide 2 TX, antennas, frequencies, form
path of the beam, glideslope
5) Explain the use, precision and 2 Equipment, procedure, low
limitations of ILS/DME in airports visibility procedures, cat1, cat2,
cat3, basic ILS orientation, critical
area, service volume
6) Explain the working principle and 2 Show with drawing, the cockpit
operational use of on board orientation and on board
systems equipment
7) Explain the principle of MARKER 2 System on board, procedures,
ground transmitter, antennas,
identification, distances from
runway, outer, middle and inner
marker. Show with drawing, the
principle, TX, ground equipment,
on board equipment
8) Explain the principle of MLS 2 Show with drawing, the principle,
TX, ground equipment, on board
equipment, frequencies,
possibilities, segment….
5. Visual Aids 1) Demonstrate general awareness
of visual navigation systems
0 VASIS, PAPI, rotating beacon.
3.3.8 Satellite Based System – GNSS Technical Overview – Satellite Navigation
1. Satellite Based 1) Demonstrate an awareness of 2 History
System history of satellite navigation
2) Describe the architecture of
relevant satellite systems
2 What is it, general principles
3) Explain the purpose and principle 2 GPS system, space segment,
of the Global Positioning System control segment, user segment
GLONASS SYSTEM
Advance first edition (unedited) version – 30 August 2009
44
Topic Intermediate Objectives
The students should be able to
Level Content
4) Describe the function and
performance of each system
2 Function, precision, frequencies,
clock
2. Satellite
Navigation
1)
2)
Describe the purpose and
principle of Global Navigation
Surveillance System
Describe the principle of
differential implementation
2
2
GNSS
3. GPS (Technical
Overview)
1)
2)
Demonstrate general awareness
of the history of GPS
Demonstrate general awareness
of the principle and performance
of GPS
0
0
History
Satellite positioning theory, design
principles, performance, current
and future status
Triangulating from satellites,
measuring distance from
satellites, timing importance,
knowing where the satellite is in
space, selective availability
4. GLONASS
technical overview
1)
2)
Demonstrate general awareness
of the history of GLONASS
Demonstrate general awareness
of the principle and performance
of GLONASS
0
0
History
Satellite positioning theory, design
principle, performance, current
and future status
5. Systems
Description
1)
2)
3)
4)
Demonstrate general awareness
of Airborne Based Augmentation
Systems
Demonstrate general awareness
of Ground Based Augmentation
Systems
Demonstrate general awareness
of Space Based Augmentation
Systems
Demonstrate general awareness
of the future systems
0
0
0
0
Requirements, inertial reference,
receiver, monitor
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Air Traffic Safety Electronics Personnel (ATSEP)(23)
