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时间:2012-09-04来源:南航bat365中文官方网站点击:199
     为了切实提高飞行技术专业人才培养质量,提高学生英语的应用能力,学院引进了杰普逊公司(JEPPESEN A BOEING COMPANY)按照欧洲联合航空局(JAA)标准开发的航线运输驾驶员执照(ATPL)理论课程(共计15门,534学时,以下简称为JEPPESEN(JAA ATPL)课程),在2010级飞行技术专业学生中选择部分学生组成“实验班”参加学习。
 
     杰普逊公司已经具有50余年有关飞行员执照理论培训的教学经验,该公司主持开发的JEPPESEN(JAA ATPL)课程得到了欧洲联合航空局(JAA)、美国联邦航空管理局(FAA)、中国民航局(CAAC)以及国内外各航空公司的高度认可。
 
     JEPPESEN(JAA ATPL)课程已于9月3日开课,上课地点为江宁校区东2教学楼410教室,课表以及课程内容介绍见附件(本学期8门课程,下学期7门课程)。
 
     欢迎学院教师踊跃听课,学校已经与杰普逊公司协商好,欢迎对相关课程感兴趣的老师参加学习,如果参加学习时间不少于该门课程2/3学时,并参加考试成绩合格者,杰普逊公司将颁发相应的培训证书。
 
 

                                                                                   2012.09.04

 

附件  实验班调第五、六学期JEPPESEN(JAA ATPL)课程安排

实验班调第五、六学期JEPPESEN(JAA ATPL)课程安排如表8-a、表8-b所示。

8-a 实验班第五学期(2012-2013第一学期)JEPPESEN(JAA ATPL)课程

Week 1

3-Sep

4-Sep

5-Sep

6-Sep

7-Sep

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Air Law

Air Law

Air Law

Air Law

Air Law

 

 

3-4

HPL

HPL

HPL

HPL

HPL

5-6

Meteorology

Meteorology

Meteorology

Meteorology

Meteorology

 

 

 

 

 

 

 

 

Week 2

10-Sep

11-Sep

12-Sep

13-Sep

14-Sep

 

 

 

Mo

Tu

We

Th

Fr

Sa

Su

 

1-2

Air Law

Air Law

Air Law

Air Law

Air Law

 

 

10:15-12:00

HPL

HPL

HPL

Meteorology

Meteorology

5-6

Meteorology

Airframe and Systems

Airframe and Systems

Airframe and Systems

Airframe and Systems

 

Meteorology

Meteorology

HPL

HPL

 

 

 

 

 

 

 

 

 

 

Week 3

17-Sep

18-Sep

19-Sep

20-Sep

21-Sep

 

 

 

Mo

Tu

We

Th

Fr

Sa

Su

 

1-2

HPL EXAM

Airframe and Systems

Airframe and Systems

Airframe and Systems

Air Law EXAM

 

 

3-4

Meteorology

Meteorology

Meteorology

Meteorology

Meteorology

5-6

Air Law

Air Law

Principles of Flight

Principles of Flight

Airframe and Systems

 

 

 

 

 

 

 

 

Week 4

24-Sep

25-Sep

26-Sep

27-Sep

28-Sep

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Airframe and Systems

Airframe and Systems

Airframe and Systems

Airframe and Systems

Airframe and Systems

 

 

3-4

Meteorology

Principles of Flight

Meteorology

Principles of Flight

Meteorology

5-6

Principles of Flight

Meteorology

Principles of Flight

Meteorology

Principles of Flight

 

 

 

 

 

 

 

 

Week 5

1-Oct

2-Oct

3-Oct

4-Oct

5-Oct

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

National Day Holiday - Golden Week

 

 

3-4

5-6

 

 

 

 

Week 6

8-Oct

9-Oct

10-Oct

11-Oct

12-Oct

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Airframe and Systems

Airframe and Systems

Airframe and Systems

Airframe and Systems

Airframe and Systems

 

 

3-4

Meteorology

Principles of Flight

Meteorology

Principles of Flight

Meteorology

5-6

Principles of Flight

Meteorology

Principles of Flight

Meteorology

Principles of Flight

Powerplant

Powerplant

Powerplant

Powerplant

Powerplant

 

 

 

 

 

 

 

 

Week 7

15-Oct

16-Oct

17-Oct

18-Oct

19-Oct

 

 

 

Mo

Tu

We

Th

Fr

Sa

Su

 

1-2

Airframe and Systems EXAM

Principles of Flight

Principles of Flight

Principles of Flight

Principles of Flight

 

 

3-4

Meteorology

Electrics

Meteorology

Electrics

Meteorology

5-6

Electrics

Powerplant

Electrics

Powerplant

Electrics

 

Powerplant

Meteorology

Powerplant

Meteorology

Powerplant

 

 

 

 

 

 

 

 

 

 

Week 8

22-Oct

23-Oct

24-Oct

25-Oct

26-Oct

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Principles of Flight

Principles of Flight EXAM

Meteorology

Meteorology

Meteorology

 

 

3-4

Performance

Electrics

Performance

Electrics

Powerplant

5-6

Electrics

Powerplant

Electrics

Powerplant

Electrics

 

 

 

 

 

 

 

 

Week 9

29-Oct

30-Oct

31-Oct

1-Nov

2-Nov

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Meteorology

Meteorology

Meteorology

Meteorology

Meteorology EXAM

 

 

3-4

Electrics

Performance

Electrics

Performance

Electrics

Powerplant

 

5-6

Powerplant

Electrics

Powerplant

Electrics

Performance

Powerplant

Powerplant

 

 

 

 

 

 

 

 

Week 10

5-Nov

6-Nov

7-Nov

8-Nov

9-Nov

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Powerplant

Performance

Performance

Performance

Electrics.EXAM

 

 

3-4

Performance

Performance

Performance

Powerplant

Performance.EXAM

5-6

Electrics

Electrics

Powerplant

Electrics

Powerplant EXAM

Powerplant

 

 


8-b  实验班第六学期(2012-2013第二学期)JEPPESEN(JAA ATPL)课程

Week 11

25-Feb

26-Feb

27-Feb

28-Feb

1-Mar

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Seminar(I) Air Law

Seminar(I) MET

Seminar(I) Electrics

Seminar(I) Perf

Mass and Balance

 

 

3-4

Seminar(I) Air Law

Seminar(I) MET

Seminar(I) Electrics

Seminar(I) Perf

General Navigation

Seminar(I) HPL

Seminar(I) System

Seminar(I) Powerpl

Seminar(I) POF

5-6

Seminar(I) HPL

Seminar(I) System

Seminar(I) Powerpl

Seminar(I) POF

Flight Planning

 

 

 

 

 

 

 

 

 

Week 12

4-Mar

5-Mar

6-Mar

7-Mar

8-Mar

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Mass and Balance

,

Mass and Balance

Mass and Balance

Mass and Balance

Mass and Balance

 

 

3-4

General Navigation

General Navigation

General Navigation

General Navigation

General Navigation

5-6

Flight Planning

Flight Planning

Flight Planning

Flight Planning

Flight Planning

 

 

 

 

 

 

 

 

 

Week 13

11-Mar

12-Mar

13-Mar

14-Mar

15-Mar

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Mass and Balance

Mass and Balance

Mass and Balance Exam

Instruments

Instruments

 

 

3-4

General Navigation

General Navigation

Flight Planning

General Navigation

General Navigation

5-6

Flight Planning

Flight Planning

General Navigation

Flight Planning

Flight Planning

 

 

 

 

 

 

 

 

 

Week 14

18-Mar

19-Mar

20-Mar

21-Mar

22-Mar

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Instruments

Instruments

General Navigation

General Navigation

Flight Planning EXAM

 

 

3-4

General Navigation

General Navigation

Instruments

Instruments

General Navigation

5-6

Flight Planning

Flight Planning

General Navigation

Radio Navigation

Radio Navigation

 

Flight Planning

Flight Planning

 

 

 

 

 

 

 

 

 

 

Week 15

25-Mar

26-Mar

27-Mar

28-Mar

29-Mar

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

General Navigation

General Navigation

General Navigation EXAM

Instruments

Instruments

 

 

3-4

Instruments

Instruments

Instruments

Radio Navigation

Radio Navigation

5-6

Radio Navigation

Radio Navigation

Radio Navigation

Communications

Communications

 

 

 

 

 

 

 

 

Week 16

1-Apr

2-Apr

3-Apr

4-Apr

5-Apr

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Instruments

Instruments

Instruments

Quing Ming Jie

Instruments

 

 

3-4

Radio Navigation

Radio Navigation

Radio Navigation

Radio Navigation

5-6

Communications

Communications

Communications

Communications

 

 

 

 

 

 

 

 

Week 17

8-Apr

9-Apr

10-Apr

11-Apr

12-Apr

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Radio Navigation

Instruments.EXAM

Radio Navigation EXAM

Communications

Communications

 

 

3-4

Instruments

Radio Navigation

Communications

Operational Procedures

Operational Procedures

5-6

Communications

Communications

Operational Procedures

Operational Procedures

Operational Procedures

 

 

 

 

 

 

 

 

Week 18

15-Apr

16-Apr

17-Apr

18-Apr

19-Apr

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Communications

Communications

Communications

Communications

Communications.EXAM

 

 

3-4

Operational Procedures

Operational Procedures

Operational Procedures

Operational Procedures

Operational Procedures

5-6

Seminar(II)

Seminar(II)

Seminar(II)

Seminar(II)

Seminar(II)

 

 

 

 

 

 

 

 

Week 19

22-Apr

23-Apr

24-Apr

25-Apr

26-Apr

 

 

Mo

Tu

We

Th

Fr

Sa

Su

1-2

Operational Procedures

Operational Procedures

Operational Procedures

Seminar(II)

FINAL EXAM

 

 

3-4

Operational Procedures

Operational Procedures

Operational Procedures EXAM

Seminar(II)

5-6

Seminar(II)

Seminar(II)

Seminar(II)

Seminar(II)

 

 

 

 

 

 

 

 

 


 

附件   JEPPESEN(JAA ATPL)课程内容介绍

Course Content

The eighteen week Foundation course will be divided into fifteen main lessons, and an introduction and is split over the duration of 2 semesters. Each lesson presents instructional material, gives students opportunities to apply what they have learned in various exercises, and quizzes students on what they have learned. Each lesson will be followed by an exam, pass mark is 75% with a maximum of 2 resits. A final exam will check satisfactory knowledge. No student will be allowed to sit the final exam unless they have passed all lesson/module exams. Pass mark for the final exam is 75%.

The following sections provide an overview of the goals of each lesson, outline the topics covered in each lesson, and provide an estimate of the approximate class time to complete each lesson and its exercises is provided. Time estimates do not include time to complete the knowledge or mock practical exams.

Note that the topics listed in each lesson do not necessarily reflect the actual presentation order or groupings of the topics within the lesson, nor is the list comprehensive of all material to be covered

 

Introduction   0.5 hours

This lesson orients the student to the course as a whole and to the expectations for completion. It includes the following topics:

Syllabus Review

Attendance Policy

Module Tests and expectations

Grading Criteria

Homework

Reading Materials

AIR LAW (JAR REF 010)       26 HOURS

This lesson covers applicable CAA, EU-OPS, and International Air Law relating to:

Airline transport pilot privileges, limitations, flight crew licensing and flight operations. It includes the following topics:

  • The Chicago Convention
  • International and European Organizations
  • Flight Crew Licensing
  • Airworthiness and Marking of Aircraft
  • Rules of the Air Revision
  • Instrument Procedures
  • Aeronautical Information Service
  • Air Traffic Services and Airspace
  • Aerodrome, Approach and Area Services
  • ATC Radar and SSR
  • Alert Service and Search and Rescue
  • Security, Accident Investigation and Facilitation
  • Aerodromes

 

AIRCRAFT SYSTEMS

This lesson teaches aircraft structure, gas turbine engines and the main systems on

modern transport category aircraft. It also provides an overview on the instrumentation found on transport category aircrafts, and their operating characteristics. It includes the following topics:

 

AIRFRAME AND SYSTEMS (JAR REF 021 01)                   34 HOURS

  • Introduction to Structures

 

  • Fuselage Structures

 

  • Wing Structures

 

  • Tailplane

 

  • Primary Flying Controls

 

  • Secondary Flying Controls

 

  • High Lift Devices

 

  • Undercarriages

 

  • Wheels Tyres and Brakes

 

  • Hydraulics

 

  • Fuel Systems

 

  • Ice and Rain Protection

 

  • Environmental Control Systems

 

  • Pressurization and Oxygen

 

  • Fire Detection and Protection

 

  • General Emergency Equipment
  •  

 

ELECTRICS (JAR REF 021 02)       32 HOURS  

  • Basic DC Terminology
  • Electrical Components
  • Aircraft Batteries
  • Magnetism
  • DC Generator Systems
  • DC Motors
  • Inductance and Capacitance
  • Basic AC Theory
  • Single Phase AC Circuits
  • Resonant AC Circuits
  • Transformers
  • AC Power Generation
  • AC Power Generation Systems
  • AC Motors
  • Semi Conductor Devices
  • Logic Circuits
  • Computer Technology
  • HF and satellite airborne communications.

        

    POWERPLANT-GAS TURBINES (JAR REF 021 03)       32 HOURS

  • Principles Of Operation
  • Types Of Construction
  • Air Inlets
  • Compressors
  • Combustion Systems
  • Turbines
  • Jet Pipe
  • Reverse Thrust
  • Internal Air Systems
  • Gearboxes and Lubrication Systems
  • Fuel Systems
  • Starting and Ignition Systems
  • Electronic Engine Control
  • Performance
  • Powerplant Operation and Monitoring
  • Auxiliary powerplant and Ram Air turbine

 

INSTRUMENTATION (JAR REF 022)             34 HOURS

  • Pressure Instrument Revision including ASI, Alt, VSI.
  • Machmeter
  • Air Data Computers
  • Compass Revision
  • Gyro Instrument Revision  inc DI, ADI ,T+S
  • Inertial Navigation Systems
  • Radio  Altimeter
  • EFIS
  • FMS
  • Flight Director
  • AFCS
  • Auto Land Systems
  • Thrust Management
  • Warning Systems inc GPWS AND TCAS
  • Engine Inst in EICAS and ECAM

 

 

MASS AND BALANCE (JAR REF 031)        18 HOURS

This lesson teaches mass and balance theory, aircraft loading, use of charts, graphs, tables and formulas. This lesson includes the following topics:

  • Mass and Balance Theory
  • Factors affecting Mass and Balance
  • Weighing and Floor Loading
  • Load Shifting, Addition and Subtraction
  • MAC and JAR Ops Requirements
  • MRJT inc CAP 696

 

PERFORMANCE (JAR REF 032)         26 HOURS

This module discusses the various regulatory performance requirements in different stages of flight. The following topics are covered in this lesson.

  • Regulations and Aerodromes
  • Thrust and Power
  • Take Off
  • Climbing
  • Descending and Gliding
  • Cruise
  • Landing
  • Class A (MRJT) Take OFF CAP 698
  • Class A (MRJT) Additional Take Off Techniques CAP 698
  • Class A (MRJT) Initial Take Off Climb CAP 698
  • Class A (MRJT) En Route CAP 698
  • Class A (MRJT) Landing CAP 698

 

FLIGHT PLANNING (JAR REF 033)     30 HOURS

This lesson covers the various Flightplanning procedures and provides an overview of the various Jeppesen navigation charts and Airway manual. The topics included in this lesson are:

  • Flight Planning Procedures
  • Introduction to CAP 697
  • CAP 697 MRJT
  • Introduction to Jeppesen Airway Manual
  • Jeppesen Airway Manual - En Route
  • Jeppesen Airway Manual – High
  • Jeppesen Airway Manual - ATC and AIREP
  • Jeppesen Airway Manual – The Flightplan
  • Jeppesen Airway Manual – Terminal
  • Meteorological Messages
  • Upper Air Charts
  • Equal Time Points, Point of Safe Return and Radius of Action
  • CAP 697 MRJT Non-Normal Ops

 

HUMAN PERFORMANCE AND LIMITATIONS (JAR REF 040)   20 HOURS

This module discusses human performance limitations under stress and harsh physiological conditions. In addition, procedures related to multi crew operations are discussed.

  • Intro/ Physiology/ Health
  • Human Information Processing
  • Cognition Illusions
  • Midcourse Exam / Debrief
  • Stress / Sleep and Fatigue
  • Psychology
  • Flightdeck Design

 

Meteorology (JAR REF 050)       70 HOURS

This lesson covers basic weather studies, such as:

Knowledge and effects of fronts, frontal characteristics, cloud formations, icing, and upper-air data

Interpretation and use of weather charts, maps, forecasts, sequence reports, abbreviations, and symbols.

Windshear and microburst awareness, identification, and avoidance

The topics in this section are summarized below.

  • The Atmosphere
  • Vertical Motion
  • Horizontal Motion
  • Winds/CAT
  • Clouds/Precipitation
  • Thunderstorms
  • Icing/Fog
  • Airmasses
  • Fronts/Depressions
  • Pressure Systems
  • METAR/TAF
  • High Level Synoptic Charts
  • Climatology 1: General
  • 2: Africa/Med
  • 3: NAT/Europe
  • 4: Asia/Oceania/Americas

 

 

 

 

GENERAL NAVIGATION (JAR REF 061)      38 HOURS

This lesson teaches principles of air navigation under IMC conditions. It ensures that students have adequate knowledge of applicable navigation instruments. It includes the following topics:

  • The Earth and Distance Revision
  • Direction Speed and Triangle of Velocities
  • CRP 5 Revision
  • Maps and Charts
  • Mercators
  • Lamberts
  • Polar Stereographics
  • Transverse and Oblique Mercators
  • Pilot Navigation Technique
  • Principles of Plotting
  • Time
  • Equal Time, Point of Safe Return and Radius of action.
  • Aircraft Magnetism and Compasses
  • Inertial Navigation Systems

 

RADIO NAVIGATION (JAR REF 062)       28 HOURS

 

This topic describes among the basic radio theory, the most commonly used navigation

systems and provides an overview of the principles of radar. An overview of CNS/ATM is

also provided in this module. In addition the specifics of the Boeing 737 flight management

computer and navigation equipment are discussed.

  • Basic Radio Theory
  • VHF  and ADF
  • NDB and Navigation
  • VOR and Navigation
  • DME, ILS and Markers
  • Microwave Landing System
  • Radar Principles and Ground Radar
  • SSR
  • Airborne Weather Radar
  • Doppler
  • Loran C
  • GNSS
  • Area Navigation Systems
  • CNS / ATM
  • Boeing 737 EFIS
  • Boeing 737 FMC
  • Boeing 737 Navigation Equipment and Flight Management

 

OPERATIONAL PROCEDURES (JAR REF 070)      32 HOURS

This topic covers the various operational procedures, and provides an overview of the various types of operations in different geographical areas.

  • Operators and Air Operators Certificate
  • Flight Operations
  • Operational Planning
  • The Aeroplane
  • Operating the Aeroplane
  • Aerodrome Operating Minima
  • Special Procedures and Hazards
  • Transoceanic and Polar Flight
  • OTS and PTS
  • PTS
  • Route Structure within or adjacent to NATS
  • Flight Planning for NAT routes
  • Oceanic Clearance
  • Communications and Position Reporting
  • MNPS Procedures
  • Grid Navigation
  • Navigation System failure procedures.
  • NAT and EUR Supplements and Contingencies

 

PRINCIPLES OF FLIGHT (JAR REF 080)       30 HOURS

This module covers the aerodynamic laws and provides an overview on the various flying controls, the key aerodynamic forces and aerodynamic laws and definitions.

 

  • Laws and Definitions
  • The Flight Environment
  • Aircraft Components and Terminology
  • Lift
  • Drag
  • Flying Controls
  • Lift Augmentation
  • Stalling
  • Forces on an Aeroplane
  • Stability
  • Ground Effect
  • Asymmetric Flight
  • Transonic Flight

 

COMMUNICATIONS (JAR REF 090)    32 HOURS

This module covers the various elements of communication, gives an overview of the different frequency bands and describes the characteristics of both VFR and IFR communication procedures. Voice and Data communications systems are also discussed. Additional items included are:

  • VHF Propagation and allocation of frequencies
  • Categories of Message
  • General Operating Procedures
  • VFR Communications
  • Radar Phraseology
  • Communications Failure
  • Distress and Urgency Procedures
  • IFR Communications
  • SATCOM/ACARS

 

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