ATSEP QUALIFICATION, NAV COMBINED
Air Traffic Safety Electronics Personnel
ATSEP QUALIFICATION, NAV COMBINED
Air Traffic Safety Electronics Personnel
Air Traffic Safety Electronics Personnel
Course code: ATSEP NAV Combined
Duration: 10 days (or customised)
Course code: ATSEP NAV Combined
Duration: 10 days (or customised)
ATSEP QUALIFICATION, NAV COMBINED
Air Traffic Safety Electronics Personnel
Course aim
The course is designed to impart domain-related knowledge and skills appropriate to the Navigation (NAV) Qualification streams in accordance with the EASA ANNEX XIII - Part-PERS requirements for service providers concerning personnel training and competence assessment Subpart A - Air Traffic Safety Electronic Personnel.Course objectives
After completion of the course, participants have:- Knowledge and understanding of the subjects described below (see Content in brief) in accordance with the EASA ANNEX XIII - Part-PERS requirements for service providers concerning personnel training and competence assessment Subpart A - Air Traffic Safety Electronic Personnel.
- Knowledge and understanding of the importance of teamwork.
Course overview
Our standard ATSEP qualification NAV Combined course comprises NAV-VOR, NAV-DME and NAV-ILS streams - the duration of the course is ten days. Other streams (NAV-NDB, NAV-DF, NAV-MLS) can be added upon client’s request.In addition to the ATSEP NAV Combined course, Entry Point North also offers courses comprising the individual streams.
The competency-based training consists of theoretical lessons and is delivered by professional international instructors. The theory comprises individual topics covering various aspects of operating and maintaining NAV equipment.
Prerequisites
ATSEP Basic.Compliance with regulations
The course is compliant with Commission Implementing Regulation (EU) 2017/373 Annex XIII, subpart A.Content in brief
Performance Based Navigation (NAV-PBN)
NAV CONCEPTSExplain, describe, define and analyse operational requirements, performance-based navigation, area navigation concept (RNAV) and NOTAM.
Ground Based Systems – VOR (NAV-VOR)
VORExplain, describe, define and analyse use of system, fundamentals of CVOR and/or DVOR, ground station architecture, transmitter sub-system, antenna sub-system, monitoring and control sub-system, on-board equipment, system check and maintenance.
Ground Based Systems – DME (NAV-DME)
DMEExplain, describe, define and analyse use of system, fundamentals of DME, ground station architecture, receiver sub-system, signal processing, transmitter sub-system, antenna sub-system, monitoring and control sub-system, on-board equipment, system check and maintenance.
Ground Based Systems – ILS (NAV-ILS)
ILSExplain, describe, define and analyse use of system, fundamentals of ILS, 2F-systems, ground station architecture, transmitter sub-systems, antenna sub-system, monitoring and control sub-systems, on-board equipment, system check and maintenance.
Global Navigation Satellite System (NAV-GNS)
GNSSExplain, describe, define and analyse general view.
On Board Equipment (NAV-OBE)
ON-BOARD SYSTEMSExplain the on-board systems used for navigation.
AUTONOMOUS NAVIGATION
Describe inertial navigation.
VERTICAL NAVIGATION
Describe vertical navigation.
Functional Safety (NAV-FST)
SAFETY ATTITUDEState the ATSEP tole in safety management routines.
FUNCTIONAL SAFETY
Describe the impact of functional failures in NAV systems.
Additional Topic: Ground Based Systems – NDB (NAV-NDB)
NDB/LOCATORExplain, describe, define and analyse use of system, ground station architecture, transmitter sub-systems, antenna sub-system, monitoring and control sub-systems, on-board equipment, system check and maintenance.
Additional Topic: Ground Based Systems – DF (NAV DF)
DFExplain, describe, define and analyse use of system, VDF/DDF architecture, receiver sub-systems, antenna sub-system, monitoring and control sub-systems, system check and maintenance.
Additional Topic: Ground Based Systems – MLS (NAV-MLS)
MLSExplain, describe, define and analyse use of system, fundamentals of MLS, ground station architecture, transmitter sub-systems, antenna sub-system, monitoring and control sub-systems, on-board equipment, system check and maintenance.
Photo: Jörn Andre Andersen
