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AIM Program details
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The AMT Program: A Tradition of Excellence
AIM regularly consults with aviation companies to update our AMT
program. We include the technologies and specific skills they
desire. The result is a program that is in-step with the industry.
During the training student will work on
Aircraft Navigation Systems
 Jet
& Propeller Engines
Fuel
Systems
Hydraulics
Pneumatics
Actual
Aircraft
Half of the training program is in the hangar. Students find the
extensive hands-on training invaluable. The other half of students'
time will be spent in small, personalized classes with full licensed
instructors sharing real-world experience. The AMT program uses the
same equipment that is found in the aviation industry today.
Aviation companies used advanced technology.
AIM provides the finest technicians to leading employers in the
aviation industry. Structuring a program that is equally
advantageous to the student and the employer honors that commitment.
It is easy to see this tradition of excellence when student visits
our facilities and meet their dedicated faculty and staff.
SUNSEA-AIM TRAINING PROGRAMS
AIM offers the following programs for the Indian students.
1. Certificate Program AMT- Duration : 80 weeks( 20 months)
2. Degree Program AMT- Duration : 80 weeks( 20 months)
This program include all of your training, charts, books, examiner
fees, housing and transportation.
REQUIREMENTS :
Age
: 17 Years.
Educational
Qualifications: A pass in HSC or Equivalent.
TOEFL
or IELTS exam result. ( If you have passed at least 5 years of
English language study and school transcripts show this or English
was first language of study, then TOFEL or IELS exam will not be
needed. If that is not the case the student will need the following
score on TOFEL exam: Paper-minimum score of 450; Computer-133;
Internet -45, Or if taking the IELTS exam, the overall band score of
at least 5.
COURSE DESCRIPTION
Aircraft Fundamentals
An introduction to aircraft types, nomenclature and basic
aerodynamics.
Mathematics
A review of basic math including algebraic operations, fraction,
exponents, roots, area and volume.
Basic Physics
Basic principals of physics for mechanics such as simple machines,
heat dynamics, fluid and gas laws, work, power, and atmospheric
pressure.
Weight and Balance
Perform weight and balance checks that require computation of
center-of-gravity and ballast. Aircraft are weighted: students
research information and record data.
Aircraft Drawings
Use drawings and blueprint, Including orthographic projections,
schematics, charts and pictorial representation to sketch repair and
alteration.
Materials and Processes
Topics covered include hand tools, aircraft hardware, heat treating,
visual inspection, precision measurement, chemical etching, magnetic
particles, dye-penetrate, eddy current, ultrasound, and radiographic
inspection methods. Students use micrometer, calipers, and hand
tools: perform basic heat-treating of metals.
Cleaning and Corrosion Control
Chemical, materials and procedures used to clean aircraft and to
prevent corrosion.
Fluid Lines and Fittings
Fabrication and installation of rigid and flexible aircraft fluid
lines and install fittings.
Maintenance Forms and Records
Introduction to the use of technical literature such as
manufacturers maintenance publication, FAA publications, Malfunction
and Defects Reports, aircraft/ engine logbook entries, and federal
regulations pertaining to maintenance personal.
Ground Operation and Servicing
Perform safe ground procedures including towing, fueling, and
securing aircraft: shop safety.
Power Plant Fundamentals
An introduction to the types of power plants used on aircraft,
nomenclature, major, components and operating system Reciprocating,
turbine and inducted fan type engine will be covered.
Basic Electricity
An introduction to DC electricity theory and operation. Calculate
and measure voltage, current, and resistance: build and analyze
simple circuits, use electrical schematics.
Basic Electricity-AC and Electronics
An introduction to alternating current theory and operation as well
as basic electronic theory and solid state device.
Airframe
Sheet metal structures
Basic structural repair techniques for sheet metal
Aircraft Hydraulics and Pneumatics
Theory and repair of hydraulic and pneumatics power systems.
Composite Structures
Basic structural repair techniques for fiberglass laminates,
plastics, and honey comb materials, as well as some interior
refinishing.
Aircraft Electrical Systems Operations and Troubleshooting
Applications to motors, wiring, and electrical troubleshooting.
Aircraft Welding
Basic metal joining process theory, weld inspection and use of gas
and are welding equipment
Cabin Atmosphere Control Systems
Theory of air conditioning, heating oxygen and cabin pressurization
system.
Aircraft and Engine Systems
Aircraft Fuel System including tanks, lines, pumps, valves,
selectors and quantity indicating systems.
Navigation and Communication Systems
Fundamentals of Aviation electronics (avionics), their operation,
installation and testing & servicing.
Aircraft Wood, Fabric and Finishes
Inspection and repair of wood structures, fabric and fiberglass
coverings and application of protective or decorative finishes.
Aircraft and Engine Instrument Systems
Basic aircraft and engine instrument theory, operation, installation
and troubleshooting.
Landing Gear Operation, Position and Warning System.
Theory, Operation, service and repair of landing gear, retraction
systems, wheels, tires, brakes, struts, anti-skid systems, and shook
absorbers.
Assembly and Rigging
Aerodynamics, theory of flight and flight controls. How to assemble
and adjust flight controls on aircraft.
Power Plant
Aircraft Reciprocating Engines
Theory, operation and overhaul of reciprocating ( piston) engines.
Aircraft Turbine Engines
Theory, operation and overhaul of turbine (jet) engines.
Fire Protection
Aircraft and engine fire protection system and components, including
inspection, repair, and service.
Ice and Rain Protection Systems
Theory and Maintenance of aircraft and engine ice and rain control
systems.
Electrical Supply and Protection System
Study of electrical supply and production system found on aircraft
and their power plants.
Introduction Airflow and Exhaust Systems
Reciprocating engine baffles, carburetor heat, heat exchangers,
super charger and turbo chargers intake, turbine engine exhaust and
reverser systems and engine cooling system.
Ignition and Starting Systems
Study of reciprocating engine and turbine engine ignition systems,
igniters, spark plugs, magnetos, wiring harness, boosters coils, and
vibrator coils, Students disassemble magnetos, rebuild harnesses and
time magnetos to engines.
Fuel Metering System
Theory of operation, construction, overhaul, maintenance, and
adjustment of fuel meter devices used with reciprocating and turbine
engines.
Lubrication System/Engine Cooling Systems
Identify and select proper lubricants for reciprocating and turbine
engines, theory and operation of engine lubricating systems and
maintenance of system components.
Aircraft Propellers
Theory and operation of propellers including ice control, governors,
balancing, synchronizing, and propeller lubrication. Includes
service and repair of fixed-pitch, constant speed and feathering
propellers.
Aircraft Conformity Inspection
Conduct conformity inspections of aircraft and power plant,
including required research and maintenance record entries.
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