ATSEP Qualification: Navigation Training Courses

ATSEP QUALIFICATION: NAVIGATION VOR STREAM

5 DAYS

PREREQUISITES

ATSEP BASIC

COMPLIANCE WITH REGULATIONS

  • EUROCONTROL-SPEC-132
  • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
  • ICAO Doc. 10057

COURSE OBJECTIVES

The students will have acquired general knowledge regarding:

  • Performance-Based Navigation (PBN)
  • Ground-Based Systems – VOR
  • GNSS
  • On-board equipment
  1. PERFORMANCE-BASED NAVIGATION (PBN): Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
  2. GROUND-BASED SYSTEMS – VOR: Description of the main concepts of VOR: use of the system, fundamentals of CVOR and/or DVOR, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
  3. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
  4. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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    ATSEP QUALIFICATION: NAVIGATION DME STREAM

    4 DAYS

    PREREQUISITES

    ATSEP BASIC

    COMPLIANCE WITH REGULATIONS

    • EUROCONTROL-SPEC-132
    • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
    • ICAO Doc. 10057

    COURSE OBJECTIVES

    The students will have acquired general knowledge regarding:

    • Performance-Based Navigation (PBN)
    • Ground-Based Systems – DME
    • GNSS
    • On-board equipment
    1. PERFORMANCE-BASED NAVIGATION (PBN): Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
    2. GROUND-BASED SYSTEMS – DME: Description of the main concepts of DME: use of the system, fundamentals of DME, ground station architecture, receiver subsystem, signal processing, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
    3. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
    4. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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      ATSEP QUALIFICATION: NAVIGATION ILS STREAM

      6 DAYS

      PREREQUISITES

      ATSEP BASIC

      COMPLIANCE WITH REGULATIONS

      • EUROCONTROL-SPEC-132
      • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
      • ICAO Doc. 10057

      COURSE OBJECTIVES

      The students will have acquired general knowledge regarding:

      • Operational Requirements
      • Ground-Based Systems – ILS
      • GNSS
      • On-board equipment
      1. OPERATIONAL REQUIREMENTS: Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
      2. GROUND-BASED SYSTEMS – ILS: Description of the main concepts of ILS: use of the system, fundamentals of ILS, bi-frequency systems, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
      3. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
      4. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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        ATSEP QUALIFICATION: NAVIGATION NDB STREAM

        1 DAY

        PREREQUISITES

        ATSEP BASIC

        COMPLIANCE WITH REGULATIONS

        • EUROCONTROL-SPEC-132
        • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
        • ICAO Doc. 10057

        COURSE OBJECTIVES

        The students will have acquired general knowledge regarding:

        • Performance-Based Navigation (PBN)
        • Ground-Based Systems – NDB
        • GNSS
        • On-board equipment
        1. PERFORMANCE-BASED NAVIGATION (PBN): Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
        2. GROUND-BASED SYSTEMS – NDB: Description of the main concepts of NDB: use of the system, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
        3. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
        4. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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          ATSEP QUALIFICATION: NAVIGATION DF STREAM

          1 DAY

          PREREQUISITES

          ATSEP BASIC

          COMPLIANCE WITH REGULATIONS

          • EUROCONTROL-SPEC-132
          • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
          • ICAO Doc. 10057

          COURSE OBJECTIVES

          The students will have acquired general knowledge regarding:

          • Performance-Based Navigation (PBN)
          • Ground-Based Systems – DF
          • GNSS
          • On-board equipment
          1. PERFORMANCE-BASED NAVIGATION (PBN): Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
          2. GROUND-BASED SYSTEMS – DF: Description of the main concepts of DF: use of the system, VDF/DDF equipment architecture, receiver subsystem, antenna subsystem, monitoring & control subsystem, system check & maintenance.
          3. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
          4. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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            ATSEP QUALIFICATION: NAVIGATION FULL COURSE

            10 DAYS

            PREREQUISITES

            ATSEP BASIC

            COMPLIANCE WITH REGULATIONS

            • EUROCONTROL-SPEC-132
            • EASA / Reg. 373 – Annex XIII to ED Decision 2017/001/R
            • ICAO Doc. 10057

            COURSE OBJECTIVES

            The students will have acquired general knowledge regarding:

            • Performance-Based Navigation (PBN)
            • Ground-Based Systems – NDB, DF, VOR, DME and ILS
            • GNSS
            • On-board equipment
            1. PERFORMANCE-BASED NAVIGATION (PBN): Description of the main concepts of PBN: operational requirements, PBN, RNAV, NOTAM. 
            2. GROUND-BASED SYSTEMS – NDB: Description of the main concepts of NDB: use of the system, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
            3. GROUND-BASED SYSTEMS – DF: Description of the main concepts of DF: use of the system, VDF/DDF equipment architecture, receiver subsystem, antenna subsystem, monitoring & control subsystem, system check & maintenance.
            4. GROUND-BASED SYSTEMS – VOR: Description of the main concepts of VOR: use of the system, fundamentals of CVOR and/or DVOR, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
            5. GROUND-BASED SYSTEMS – DME: Description of the main concepts of DME: use of the system, fundamentals of DME, ground station architecture, receiver subsystem, signal processing, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
            6. GROUND-BASED SYSTEMS – ILS: Description of the main concepts of ILS: use of the system, fundamentals of ILS, bi-frequency systems, ground station architecture, transmitter subsystem, antenna subsystem, monitoring & control subsystem, on-board equipment, system check & maintenance.
            7. GLOBAL NAVIGATION SATELLITE SYSTEM (GNSS): Description of the main concepts of GNSS: general view.
            8. ON-BOARD EQUIPMENT: Description of the On-Board Equipment used for navigation: on-board systems, inertial navigation, vertical navigation.

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              I agree to receive commercial communications