Course Name: Emerging trends in technical publication
Corse code : AE20M3003V0
Course duration : 1 hrs
Course Overview
- Understand the terminology related to emerging technical publication trends
- Know about the augmented, virtual reality and interactive electronic technical publication
- Able to differentiate between the augmented and virtual reality
- Identify the challenges of developing content for technical publication
- Focus on workflow involved in writing technical publication
- Recognize the standards used for interactive technical publication
Course Structure:
- Lesson 0: Introduction to emerging trends in technical publication
- Lesson 1: AR and VR overview
- Lesson 2: Interactive electronics technical manual
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer/Electrical/Electronics/AME
Training Method: Instruction based
Course Validity: 90 days from the date of enrolment
Instructor Video Duration: 20 Mins
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course Name: Airspace technical publication
Corse code: AE20M3001V0
Course duration: 6 Hrs
· This course gives exposure to importance of aerospace technical publication-overview and technical writing process used in creation of publication
· Technical publications are mandatory requirement for the manufacturers in obtaining airworthiness certifications and are essential for the maintenance, repair, overhaul and operational support
· Aerospace industry is a most documented industry in the world, needs publications for each activity done on and around the aircraft
· Aerospace industry always requires a standard up to date technical publication for all the activities from assembly to operations
· In modern changing environment of complex aviation technologies the technical publication is essential to certify operations, service, regulatory compliance and safety
· Technical publication updates needed frequently due to change in maintenance procedures and system with aircraft service life
· Legacy aircraft publications need to be converted to new interactive electronic forms for ease of update, access on devices and centralized revision
Course Overview
· Understand the proper terminology related to aerospace technical publication
· Know about the aerospace technical publication
· Able to differentiate the technical publications standards
· Identify the challenges of creating the technical publication
· Focus on workflow involved in writing of technical publication
· Recognize the inputs for creation of publication
· Capture the output as different technical publications
· Classify the different aircraft manuals
Course Structure
Lesson 1: Introduction aerospace technical publication
Lesson 2: Standards and work
process Lesson 3: aircraft manuals
(Overview)
Pre-requisite: Mechanical/Aeronautical/Electrical/Electronics
Training Method: Online Instruction based
Course Validity: 90 days from the date of enrolment
Course name: Human factors in aviation
Course code : AE20GM1008V0
Course Duration : 2 hrs
Course Description :
Course Overview:
· Familiarization with human factors in aviation
· Differentiate between types of human factors
· Know the human factors issues related with maintenance
· Learn about the fatigue and human errors and their impact
· Exposure to the different models used for human factors
· Know the common factors in the major accident reports
· Understand the elements of human factors
Course Structure:
Unit1: Avionics
· Lesson 0: Importance of human factors
· Lesson 1: Human factors in aviation
Pre-requisite: Aeronautical/Electrical/Mechanical Engineer
Training Method: Instruction based
Course Validity: 90 days from the date of enrolment
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Aircraft Interiors
Course code : AE20GM1007V0
Course Duration : 5 Hrs
Course Description
Course Overview:
- Familiarization on aircraft instrumentation
- Distinct understanding on critical cockpit gauges
- Exposure to different types of aircraft interiors
- Acquittance on various aircraft emergency equipment
Course Structure:
Unit1: Instrument
- Lesson 1: Aircraft Instrument
Unit2: Equipment & Furnishings
- Lesson 1: Aircraft interiors
- Lesson 2: Emergency Equipment
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Instruction based.
Course Validity: 90 days from the date of enrolment.
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Environmental Control Systems
Course code : AE20GM1006V0
Course Duration : 6 hrs
Course Description
Course Overview:
· Familiarization on aircraft pressurization and its effects
· Knowledge on operation of aircraft air-conditioning system
· Exposure to different types of aircraft ice & rain protection systems
· Importance of aircraft oxygen system
Course Structure:
Unit1: Air Conditioning
· Lesson 1: Importance of pressurization
Unit2: Ice & Rain Protection
· Lesson 1: Ice & Rain Protection
Unit3: Oxygen
· Lesson 1: Aircraft Oxygen System
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Instruction based.
Course Validity: 90 days from the date of enrolment.
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Aircraft Propulsion Systems
Course code: AE20GM1005V0
Course Duration: 8 hrs
Course Description
Course Overview:
· Familiarization on aircraft fuel systems
· Distinct understanding on aircraft propulsion
· Exposure to different type of aircraft engines
· Knowledge on aircraft fire protection systems
Course Structure:
Unit1: Aircraft Fuel
- Lesson 1: Aircraft Fuel Systems
Unit2: Aircraft Power Plant
- Lesson 1: Introduction to Propulsion
- Lesson 2: Types of IC engines
- Lesson 3: Turbine engine types
Unit3: Aircraft Fire Protection
- Lesson 1: Aircraft fire Protection Systems
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Instruction based.
Course Validity: 90 days from the date of enrolment.
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Avionics
Course code: AE20GM1004V0
Course Duration : 2 hrs
Course Description :
Course Overview:
· Familiarization with the basic avionics
· Know the role of avionics
· Learn about the communication system
· Exposure to the different navigation system
· Explore the use of display and flight management system
· Differentiate the position determining systems
· Understand the use of instrument landing system
· Familiarize with the different components of ILS
Course Structure:
Unit1: Avionics
· Lesson 0: Importance of avionics
· Lesson 1: Avionics
Unit2: Instrument Landing System
· Lesson 0: Importance of Instrument Landing System
· Lesson 1: Instrument Landing System
Pre-requisite: Aeronautical/Electrical/Mechanical Engineer
Training Method: Instruction based
Course Validity: 90 days from the date of enrolment
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Aircraft electrical system
Course code: AE20GM1003V0
Course Duration : 2 hrs
Course Description :
Course Overview:
· Familiarization with the basic components of aircraft electrical system
· Explain elements of aircraft electrical system
· Learn about the electrical power distribution and loads
· Interpret the common electrical failures
· Exposure to the different lights on aircraft
· Explore the use of exterior and interior light on the aircraft
Course Structure:
Unit1: Aircraft Electrical System
· Lesson 0: Importance of Aircraft Electrical System
· Lesson 1: Aircraft Electrical System
Unit2: Aircraft Lighting System
· Lesson 0: Importance of Aircraft Lighting System
· Lesson 1: Aircraft Lighting System
Pre-requisite: Aeronautical/Electrical/Mechanical Engineer
Training Method: Instruction based
Course Validity: 90 days from the date of enrolment
Downloadable Exercises: NA
Recommended Practice Hours: NA
Course name: Aircraft Mechanical Systems
Course code: AE20GM1002V0
Course Duration: 8 Hrs
Course Description
Course Overview:
· Knowledge about contributions of eminent researchers towards flight
· Familiarization on flight control surfaces
· Exposure to aircraft hydraulic systems
· Acquittance on aircraft landing construction
· Distinct understanding on aircraft braking and tries arrangement
Course Structure:
Unit1: Flight Controls
· Lesson 1: Evolution of flight
Unit2: Hydraulic Power
· Lesson 1: Aircraft Hydraulic System
Unit3: Landing Gears
· Lesson 1: Types of Landing Gear
· Lesson 2: Construction & Operation
· Lesson 2: Tires & Brakes
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Instruction based.
Course Validity: 90 days from the date of enrolment.
Downloadable Exercises: NA
Recommended Practice Hours: NACourse Name: Aircraft Basics
Course Code: AE20GM1001V0
Course Duration: 6 Hrs.Description:
In this course you will understand the aircraft basics on aircraft structure, aerodynamics, Aircraft loads & significance of Aircraft materials
Overview:
· Understand the definition of aircraft
· Knowledge on type of aircraft structure
· Learn different type of aircraft structures
· Know about the type of aircraft
· Differentiate between the methods of aircraft
classifications
· Understand main structural part of aircraft
· Learn about fuselage
· Acquire knowledge about the wings
· Know about the empennage
· Knowledge on powerplant
· Learn the purpose of landing gear
· Familiarization on physical characteristics of
air and atmosphere
· To understand basic laws governing aerodynamics
and air to body interaction
· Know about cambered and symmetric airfoil by
comparing performance parameters
· Understand the forces acting on aircraft
· Define types of aircraft stability with respect
to static and dynamic behavior
·
Fundamental knowledge
on aircraft loads
·
Classification of aircraft
loads
·
Sources of aircraft loads
·
Implications of forces acting
on an aircraft
·
Acquaintance on aircraft load
·
Loading conditions and critical
aircraft loads
·
Importance of Load factor
·
Importance of airspeed and load
factor diagram
· Performance requirements of aircraft structural materials
· Metallic and composite materials used in aircraft industry and their
classifications
· Advantages and disadvantages of metallic and composite materials
· What makes composite materials a better choice as structural
material
· Constituents of composite materials
Course Structure:
Aircraft Structures
- Lesson 1: Introduction to Aircraft Structures
- Lesson 2: Main Parts of Structures
Aerodynamics
- Aerodynamics Couse Summary
- Lesson 1: Introduction to Aerodynamics
- Lesson 2: Forces acting on Aircraft
Aircraft Loads
- Aircraft Loads Couse Summary
- Lesson 1: Introduction to Aircraft Loads
- Lesson 2: Types of Aircraft Loads & V-n Diagram
Aircraft Materials
- Aircraft Materials Couse Summary
- Lesson 1: Aircraft Metallic Materials
- Lesson 2: Aircraft Composite Material
Pre-requisite: Mechanical/Aeronautical/Automobile Engineer
Training Method: Self pace instructor based training