West-MEC’s Aviation Maintenance Technology programs offer a direct path to a career in aviation maintenance. These FAA-approved programs equip students with essential skills to inspect, repair, and maintain aircraft systems. With flexible schedules and hands-on training, these programs provide the foundation for exciting careers in the aviation industry.
Quick Facts
- Length: 16 Months to 27 Months
- Cost: $17,000 to $27,000
- Location: Glendale & Phoenix, AZ
- Website: https://www.west-mec.edu/adult-students/career-training-programs/aviation-maintenance-technology-certification-program-in-arizona
Program Descriptions
| Program | Length (Hours) | Estimated Duration | Cost |
|---|---|---|---|
| Airframe & Powerplant | 1,926 | Approximately 18 months | $26,952.50 |
| Airframe Only | Apprx 963 | Approximately 9 months | $16,393.75 |
| Powerplant Only | Apprx 963 | Approximately 9 months | $16,353.75 |
†Exact hours for the Airframe Only and Powerplant Only programs are not specified; estimated as half of the combined program’s hours.
Airframe & Powerplant
The Aviation Maintenance Technology – Airframe & Powerplant program requires 1,926 clock hours and takes approximately 27 months (117 weeks) to complete.
The A&P curriculum includes coursework in electricity, aircraft structures, materials, and complex systems like hydraulics and pneumatics.
Adult students attend classes Monday through Thursday from 6:00 PM to 10:30 PM, while high school students attend Monday through Friday from 12:45 PM to 5:15 PM.
Airframe
The Airframe program requires 1,161 clock hours and takes approximately 16.5 months to complete, focusing specifically on aircraft structural systems.
The Airframe program emphasizes aircraft structural work, inspection, and systems such as landing gear, environmental systems, and rotorcraft fundamentals.
PowerPlant
The Powerplant program also requires 1,161 clock hours over approximately 16.5 months, concentrating on aircraft engine systems and components.
The Powerplant program focuses on reciprocating and turbine engines, ignition and fuel systems, and engine electrical and lubrication systems.
Curriculum
Each program covers FAA Part 147 curriculum, ensuring eligibility to take the FAA exams.
Courses include:
- Fundamentals of Electricity and Electronics
Students learn to measure and calculate electrical power, interpret aircraft electrical schematics, and work with alternating and direct current systems. The course covers battery servicing, capacitance, and inductance measurement. - Aircraft Drawings
Students gain skills in reading and interpreting aircraft drawings, blueprints, and schematics. The course covers practical communication through technical sketches used in maintenance documentation. - Weight and Balance
Students learn aircraft weighing, weight and balance calculations, and safe aircraft loading practices. The course also includes data recording and documentation procedures. - Fluid Lines and Fittings
Students work with rigid and flexible fluid lines, focusing on installation and maintenance. The course includes pressure system safety and hydraulic and pneumatic systems. - Aircraft Materials, Hardware, and Processes
This course covers identifying hardware, using hand tools, and performing inspections. Students practice dye-penetrant, eddy current, and magnetic particle inspections. - Ground Operation and Servicing
Students learn safety procedures for aircraft movement and operation. The course covers fueling, aircraft positioning, and using ground support equipment. - Cleaning and Corrosion Control
Students identify corrosion, learn treatment methods, and practice chemical and mechanical cleaning techniques. The course covers safe handling of cleaning materials. - Mathematics
Students develop math skills for aircraft maintenance. Topics include basic algebra, geometry, and solving ratio and proportion problems. - Regulations, Maintenance Forms, Records, and Publications
Students learn to read and use FAA and manufacturer documentation. The course covers writing maintenance records and documenting discrepancies and repairs. - Physics for Aviation
Students learn basic physics for aircraft operations, including simple machines, fluid dynamics, and aerodynamics. The course supports understanding aircraft system operations. - Inspection Concepts and Techniques
Students practice inspection methods and learn about precision measurement and heat-treating processes. The course also includes tool selection and usage. - Human Factors
This course covers human factors in aviation maintenance, safety practices, and professionalism. Students also receive career coaching, including resume and interview skills. - Metallic Structures
Students develop skills in sheet metal repair, using aluminum alloys and structural fasteners. The course covers layout, forming, and repair techniques. - Non-Metallic Structures
Students learn about aircraft fabric coverings, legal requirements, and repair procedures. The course covers fabric condition assessment and repairs using various materials. - Flight Controls
Students practice flight control assembly, rigging, and balancing. The course covers aircraft alignment, structural support, and control system inspections. - Airframe Inspection
This course covers inspection techniques for airframe conformity and airworthiness. Students practice documentation and learn about federal regulations. - Landing Gear Systems
Students learn to inspect, service, and repair landing gear components. The course covers wheel systems, brakes, and landing gear alignment. - Hydraulic and Pneumatic Systems
Students work with hydraulic and pneumatic power systems, learning about components, maintenance, and troubleshooting procedures. - Environmental Systems / Water and Waste Systems
Students learn about aircraft oxygen systems, cabin pressurization, and air conditioning. The course covers system operations and maintenance. - Aircraft Instrument Systems / Communication and Navigation Systems
Students learn about aircraft instruments and avionics systems. The course covers instrument types, avionics principles, and equipment repair. - Aircraft Fuel Systems
Students learn fuel system operations, refueling procedures, and component maintenance. The course includes troubleshooting and fuel system safety practices. - Aircraft Electrical Systems
Students study aircraft electrical systems, including AC and DC components, generators, and wiring installations. The course includes control systems and maintenance. - Ice and Rain Control Systems
This course covers systems to protect aircraft from ice and rain. Students learn about anti-ice and de-ice systems and windshield protection. - Airframe Fire Protection Systems
Students learn about aircraft fire detection and extinguishing systems. The course includes system operation, maintenance, and safety practices. - Rotorcraft Fundamentals
Students learn flight control rigging and maintenance specific to helicopters and rotorcraft. The course covers balancing and inspection. - Reciprocating Engines
Students learn to inspect, overhaul, and maintain aircraft reciprocating engines. The course includes testing, troubleshooting, and airworthiness checks. - Turbine Engines / Turbine Engine Air System
Students study turbine engine operation, overhaul, and repair. The course includes inspection, adjustment, and troubleshooting procedures. - Engine Inspection
Students learn inspection techniques for aircraft engines. The course covers engine configuration, testing, and maintenance documentation. - Engine Instrument Systems
This course covers engine monitoring systems, including pressure and temperature indicators. Students learn calibration, troubleshooting, and repair. - Engine Fire Protection Systems
Students learn fire detection and extinguishing for aircraft engines. The course covers maintenance procedures and safety protocols. - Engine Electrical Systems
Students learn about aircraft engine electrical systems, including wiring and troubleshooting. The course covers equipment installations and electrical safety. - Engine Lubrication Systems
Students learn about aircraft engine lubrication and cooling systems. The course covers component functions, maintenance, and system troubleshooting. - Engine Ignition and Starting Systems
Students study engine ignition and starting systems, including magneto timing and maintenance. The course covers turbine ignitors and starter systems. - Engine Fuel and Fuel Metering Systems
Students learn about engine fuel systems and controls, including carburetors and fuel injection. The course covers system inspection and maintenance. - Reciprocating Engine Induction and Cooling Systems
Students learn about engine induction and cooling systems, including superchargers and inlets. The course covers maintenance and troubleshooting. - Engine Exhaust and Reverser Systems
This course covers exhaust and thrust reverser systems, including turbochargers. Students learn inspection, repair, and maintenance procedures. - Propellers
Students study propeller systems, including installation, balancing, and repair. The course covers propeller types, phasing, and maintenance.
More curriculum information available here:
Flexible Scheduling for Adults
Classes are held Monday through Thursday evenings to accommodate working adults. Tuition includes all lab fees, materials, and safety equipment, creating a complete training package.
Financial Assistance and Experienced Instructors
Financial aid and GI Bill® benefits are available for eligible students, enhancing affordability. The programs are led by experienced, FAA-certified instructors, ensuring that students receive real-world insights and practical skills.
Pathways to a Strong Career
Graduates earn a strong foundation to work as Aviation Maintenance Technicians (AMTs) in commercial airlines, general aviation, or manufacturing roles. The school’s location in Glendale, Arizona places students near key employers in the aviation industry. West-MEC has strong links to regional employers, supporting job placement after graduation.
Facilities and Real-World Training
Facilities include advanced labs and equipment, offering real-world experiences on aircraft components and systems. Students must pass rigorous academic and hands-on assessments to graduate.
High Standards for Success
Completion requires a minimum score of 70% on project guides and final exams. This high standard prepares graduates for FAA oral, written, and practical exams.