.
Comply with the quality process, validation process, archiving process specific to the company/ organization.
.
In the meantime, the trainee can technically deal with issues related to continuous maintenance of PA and NPA even in a rich obstacle environment or constraining airspace.
.
Units of competency:
. Design non RNAV SID STAR omnidirectional departure and arrival
.
Additional units:
.
Noise abatement
.
Airspace management
.
Aeronautical study
.
Assessment: Ongoing assessment against performance criteria for each competency element as work is carried out.
Step 5 – ADVANCED TRAINING II
.
Location: Training provider
.
Duration: Three weeks
.
Goal: The trainee will be able to design RNAV and RNP SID STAR NPA and Design RNAV(VOR/DME, DME/DME and GNSS) and RNP NPA SID and STAR
.
Description: This course will be three weeks long and will consist of instructional events such as lectures, practical exercises and practical work conducted in teams of two. The flyability and efficiency of the RNAV /RNP procedure will be highlighted.
.
Module (from Competency element):
. Module 1: Design RNAV NPA based on sensor VOR/DME, DME/DME,GNSS
(Competency element 4.7-4.10, 5.7)
. Module 2: Design RNAV terminal procedures ( based on sensor)
(Competency element 1.4-1.6, 3.2, 3.4)
. Module 3: Design RNP procedures (Competency element 4.11, 5.8)
.
Teaching Points (from the Evidence and assessment guide in competency framework )
.
Nominal track: strategy, minimum length, path terminator, flyability of a procedure, constraint, procedure altitude, minimum altitude
.
T and Y concept
.
Tolerance of the waypoint according to the different sensors
.
Fly by turn followed by TF
.
Fly-over turn followed by TF, DF
.
Connection between segment for wide and small turn
.
Protection area for each segment according to each sensor eg initial, intermediate, final approach and missed approach
.
Critical navaid assessment for DME DME sensor
.
Departure procedure
.
Departure with a turning altitude followed by a DF path terminator
.
Arrival criteria
.
Terminal arrival altitude
.
RNP criteria
.
Charting criteria
.
Waypoint coordinate calculation, resolution
.
Data encoding information
. Additional units
.
GNSS concept ( ABAS SBAS GBAS)
