Aviation Institute of Maintenance (AIM) offers FAA-certified, hands-on training programs that prepare students for careers in aircraft maintenance and related fields. With over 50 years of experience and campuses across the U.S., AIM combines expert instruction, modern facilities, and strong industry partnerships to help students earn certifications and connect with top aviation employers. From foundational training to advanced specializations, AIM supports every student’s path into the aviation workforce.
Quick Facts
- Length: 21 Months
- Cost: $55,000
- Location: CA, GA, FL, TX, & More
- Website: https://aviationmaintenance.edu/programs/aviation/aviation-maintenance-training/
Programs
| Program Name | Duration (Months) | Estimated Tuition |
|---|---|---|
| AAS / AOS in Aviation Maintenance Technology | 21 months | $56,710 |
| Aviation Maintenance Technician | 21 months | $47,410 |
| Aviation Maintenance Technician: Avionics | 21 months | $47,410 |
| Aviation Maintenance Technical Engineer | 27 months | $61,360 |
| Aviation Maintenance Technical Engineer (Texas Campuses) | 26 months | $59,810 |
| Aviation Maintenance Technician – Internship | 23 months | $50,510 |
| Avionics Technician | 7 months | $13,950 |
Aviation Maintenance Technology AAS / AOS Degree
- Program Duration: 91 weeks (21 months)
- Total Credits: 93 credit hours / 2,265 clock hours
- Estimated Tuition: $56,710
This comprehensive degree program provides students with both technical expertise and general education foundation for careers in aviation maintenance.
The vocational education combines classroom instruction with extensive hands-on training in FAA-approved facilities.
Students receive comprehensive technical training on FAA-approved equipment and prepare for Federal Aviation Administration certification as Airframe and Powerplant (A&P) Mechanics.
Curriculum
The curriculum covers essential aviation maintenance subjects including General Science, Metallic and Non-Metallic Structures, Aircraft Systems, Reciprocating and Turbine Engines, and Powerplant Systems.
Courses include:
- BLK 01/BLK 101 General Science I: Math and General Physics This course builds core skills in math and physics specifically applied to aviation. Students perform algebraic calculations, geometric analysis, and apply physical laws such as weight and balance in aircraft maintenance. Emphasis is placed on calculating changes in center of gravity after modifications and properly documenting results according to FAA standards.
- BLK 02/BLK 102 General Science II: Tools, Surfaces, and Corrosion Control Students learn to use technical diagrams to locate and assess aircraft structures. The course trains students to operate standard maintenance tools and identify types of corrosion affecting common aircraft metals. Students practice correct surface preparation techniques and apply corrosion treatment methods following industry specifications.
- BLK 03/BLK 103 General Science III: Maintenance Operations and Records This course teaches FAA regulatory requirements for maintenance documentation. Students practice writing maintenance records, logging major repairs, and understanding mechanic responsibilities. The course also includes fluid line fabrication, servicing procedures, and safety protocols for both piston and turbine engines.
- BLK 04/BLK 104 General Science IV: Basic Electricity Students gain a working knowledge of electrical systems by building and testing AC/DC circuits. Topics include voltage, current, resistance, battery maintenance, and circuit troubleshooting. Students also learn schematic interpretation and how to diagnose and service solid-state components.
- BLK 05/BLK 105 Metallic Structures Students receive hands-on instruction in sheet metal fabrication, rivet installation, and structural repair. Training includes proper use of layout tools, metal forming techniques, and safety measures for gas and arc welding. Emphasis is placed on FAA-approved structural repair procedures.
- BLK 06/BLK 106 Electrical, Navigational, and Communication Systems This course covers installation and maintenance of aircraft electrical and avionics systems. Students work with generators, alternators, and wiring systems, and practice splicing, routing, and connecting electrical components. Navigation and communication system fundamentals are introduced and reinforced through lab work.
- BLK 07/BLK 107 Non-Metallic Structures Students inspect and repair wood, composite, and fabric components. Training includes fiberglass layup, plastic repairs, and application of finishing materials. Emphasis is placed on FAA standards for non-metallic structural work, including interior component fabrication.
- BLK 08/BLK 108 Aircraft Systems I This course introduces hydraulic and pneumatic system operation and maintenance. Students perform inspections and service tasks on air conditioning, oxygen, and pressurization systems. Instruction focuses on safe handling and repair of high-pressure systems and filtration components.
- BLK 09/BLK 109 Aircraft Systems II Students study aircraft landing gear, braking, and anti-ice/de-ice systems. Emphasis is placed on troubleshooting and maintaining landing gear components, wheel assemblies, and ice protection mechanisms. Students perform functional checks and document system repairs.
- BLK 10/BLK 110 Airframe Assembly and Inspection Students learn to assemble and rig aircraft structures and control systems. Training includes cable construction, alignment checks, and structural conformity inspections. Emphasis is placed on maintaining flight control balance and completing airworthiness documentation.
- BLK 11/BLK 111 Aircraft Systems III This course covers instrument system troubleshooting and fire protection maintenance. Students service and calibrate flight and engine instruments, inspect fire detection equipment, and complete functional tests. Proper recordkeeping and integration of safety systems are key components.
- BLK 12/BLK 112 Reciprocating Engines Students overhaul and install piston engines, focusing on internal inspection, reassembly, and operational testing. Emphasis is on compliance with FAA guidelines for engine service and proper documentation. Students also troubleshoot and resolve common engine faults.
- BLK 13/BLK 113 Turbine Engines This course offers practical training on turbine engine disassembly, inspection, and reassembly. Students analyze engine performance, conduct functional tests, and document all maintenance actions. The course focuses on industry-standard procedures for turbine service and troubleshooting.
- BLK 14/BLK 114 Powerplant Systems I Students learn operation and servicing of ignition, cooling, and exhaust systems. The course covers both piston and turbine powerplants, including baffles, turbochargers, and thrust reversers. Students diagnose malfunctions and apply corrective measures.
- BLK 15/BLK 115 Powerplant Systems II This course focuses on fuel and lubrication systems for aircraft engines. Students inspect and repair carburetors, fuel injection units, and turbine fuel control devices. Oil systems, filters, and temperature regulation components are also covered through hands-on tasks.
- BLK 16/BLK 116 Aircraft Propellers and Inspections Students work with various propeller systems, learning to inspect, service, and repair fixed and variable pitch units. Topics include blade angle adjustments, lubrication procedures, and propeller governor maintenance. Proper inspection and maintenance records are emphasized.
- BLK 17/BLK 117 AMT Capstone This final course prepares students for FAA certification exams. Students review General, Airframe, and Powerplant topics through lectures, videos, and practice exams. Emphasis is on mastering test content and completing oral and practical evaluations successfully.
More curriculum information can be found here: https://online.flippingbook.com/view/614405333/
Aviation Maintenance Technician Program
- Program Duration: 21 months
- Total Credits: 78 credit hours / 2,040 clock hours
- Estimated Tuition: $47,410
This focused technical program prepares students for entry-level employment in aviation maintenance without the general education components of the degree program. Students gain specialized skills for working on aircraft structures, powerplants, and systems while preparing for FAA certification.
Curriculum
The curriculum emphasizes hands-on training with the same core aviation subjects as the degree program but excludes general education courses.
- BLK 01 General Science I: Math and General Physics
- BLK 02 General Science II: Tools, Surfaces, and Corrosion Control
- BLK 03 General Science III: Maintenance Operations and Records
- BLK 04 General Science IV: Basic Electricity
- BLK 05 Metallic Structures
- BLK 06 Electrical, Navigational, and Communication Systems
- BLK 07 Non-Metallic Structures
- BLK 08 Aircraft Systems I
- BLK 09 Aircraft Systems II
- BLK 10 Airframe Assembly and Inspection
- BLK 11 Aircraft Systems III
- BLK 12 Reciprocating Engines
- BLK 13 Turbine Engines
- BLK 14 Powerplant Systems I
- BLK 15 Powerplant Systems II
- BLK 16 Aircraft Propellers and Inspections
- BLK 17 AMT Capstone
Students work extensively in hangars using industry-standard equipment, learning to repair and maintain various aircraft engines, electrical systems, and components.
This streamlined approach allows adults to focus entirely on technical training essential for aviation maintenance careers.
Aviation Maintenance Technician: Avionics Program
- Program Duration: 91 weeks (21 months)
- Total Credits: 78 credit hours / 2,040 clock hours
- Estimated Tuition: $47,410
This specialized program combines traditional aircraft maintenance with advanced electronics and avionics systems training. Students prepare for both FAA A&P certification and Aircraft Electronics Technician certification, expanding career opportunities in the growing avionics field.
Students gain expertise in troubleshooting integrated circuits, data conversion systems, microprocessors, and fiber optics.
Curriculum:
The curriculum includes core aviation maintenance subjects plus specialized avionics coursework covering Math, Physics, Basic Electronics, Electronic Fundamentals, Digital Techniques, and Communication/Navigation systems.
- BLK 01 General Science I: Math and General Physics
- BLK 02 General Science II: Tools, Surfaces, and Corrosion Control
- BLK 03 General Science III: Maintenance Operations and Records
- BLK 04 General Science IV: Basic Electricity
- BLK 05 Metallic Structures
- BLK 06 Electrical, Navigational, and Communication Systems
- BLK 07 Non-Metallic Structures
- BLK 08 Aircraft Systems I
- BLK 09 Aircraft Systems II
- BLK 10 Airframe Assembly and Inspection
- BLK 11 Aircraft Systems III
- BLK 17 AMT Capstone
- AMTA 201 Math, Physics, and Basic Electronics for Aircraft Technicians
- AMTA 202 Electronic Fundamentals
- AMTA 203 Digital Techniques and Electronic Instrument Systems
- AMTA 204 Electronic Cables & Connectors, Communications/Navigation
- AMTA 205 Aviation Maintenance Technology: Avionics Capstone
This technical education prepares graduates for roles as avionics technicians, electronics technicians, and aircraft inspectors.
Aviation Maintenance Technical Engineer Program
- Program Duration: 116 weeks (27 months)
- Total Credits: 100.5 credit hours / 2,640 clock hours
- Estimated Tuition: $61,360
The most comprehensive program available, combining airframe, powerplant, and avionics training in a single curriculum. This extensive vocational education prepares students for multiple FAA certifications and diverse career opportunities in aviation maintenance.
Curriculum
Students complete all core aviation maintenance subjects plus advanced avionics coursework, preparing for FAA A&P certification, Aircraft Electronics Technician certification, and CertTEC examinations.
- BLK 01 General Science I: Math and General Physics
- BLK 02 General Science II: Tools, Surfaces, and Corrosion Control
- BLK 03 General Science III: Maintenance Operations and Records
- BLK 04 General Science IV: Basic Electricity
- BLK 05 Metallic Structures
- BLK 06 Electrical, Navigational, and Communication Systems
- BLK 07 Non-Metallic Structures
- BLK 08 Aircraft Systems I
- BLK 09 Aircraft Systems II
- BLK 10 Airframe Assembly and Inspection
- BLK 11 Aircraft Systems III
- BLK 12 Reciprocating Engines
- BLK 13 Turbine Engines
- BLK 14 Powerplant Systems I
- BLK 15 Powerplant Systems II
- BLK 16 Aircraft Propellers and Inspections
- BLK 17 AMT Capstone
- AVTBLK 01 Direct Current and Circuits
- AVTBLK 02 Alternating Current and Electronic Control Devices
- AVTBLK 03 Aircraft Communications and Navigation
- AVTBLK 04 Autopilot and Flight Director Systems
Graduates qualify for positions as Aircraft Mechanics, Avionics Technicians, Inspectors, Parts Managers, and Service Technicians.
Aviation Maintenance Technical Engineer (Texas Campuses)
- Program Duration: 111 weeks (26 months)
- Total Credits: 98 credit hours / 2,520 clock hours
- Estimated Tuition: $59,810
A regional variation of the comprehensive program designed specifically for Texas locations, incorporating additional Federal Communications Commission (FCC) preparation alongside FAA certifications.
This technical education program includes standard aviation maintenance subjects plus specialized avionics blocks covering Direct Current Circuits, Alternating Current, Aircraft Communications, Navigation, and Autopilot Systems.
Students prepare for FCC Element One and Element Three License examinations in addition to FAA certifications, expanding employment opportunities in aviation electronics.
Aviation Maintenance Technician – Internship Program
- Program Duration: 96 weeks (23 months)
- Total Credits: 83 credit hours / 2,187 clock hours
- Estimated Tuition: $50,510
This unique program combines traditional classroom training with authentic workplace experience through a required internship component. Students receive comprehensive vocational education plus real-world application in professional maintenance environments.
The curriculum includes all standard aviation maintenance subjects plus Advanced Occupational Theory and a 150-hour Occupational Externship. Students work under supervision at actual maintenance facilities, applying classroom knowledge in professional settings. This hands-on approach provides adults with valuable industry experience and networking opportunities before graduation.
Avionics Technician Program
- Program Duration: 27 weeks (7 months)
- Total Credits: 22.5 credit hours / 600 clock hours
- Estimated Tuition: $13,950
A focused technical program designed for students with prior aircraft maintenance or electronics experience. This accelerated vocational training concentrates specifically on aviation electronics and avionics systems.
Students learn analog and digital electronics, avionics troubleshooting, and equipment operation using oscilloscopes, voltmeters, and specialized diagnostic equipment. The curriculum covers fuel quantity systems, transponders, communication receivers, navigation systems, and autopilot systems. This intensive technical education prepares graduates for immediate employment in avionics maintenance and repair.
Learning Environment
Instruction is delivered in FAA-standard hangars and labs, using real aircraft and industry-relevant equipment such as jet engines and turboprops.
Faculty members are experienced professionals with direct industry backgrounds, ensuring classroom knowledge is tied to real-world application. Labs maintain a 25:1 student-to-faculty ratio, and learning resource centers provide access to extensive online databases through LIRN.
Industry Partnerships
AIM’s network of industry partners reads like a who’s who of the aviation world. Students benefit from direct connections to major airlines such as United, Delta, American, and JetBlue; OEMs like Boeing, Embraer, and Textron; engine manufacturers including GE Aviation, Pratt & Whitney, and Rolls-Royce; and leading MRO providers such as AAR Corp, Delta Tech Ops, and Lufthansa Technik.
These organizations not only participate in on-campus career fairs, employer “fly-ins,” and networking mixers, but also serve on AIM’s Aviation Advisory Board—helping to shape curricula, deliver guest lectures, and mentor capstone projects that address real operational challenges.
Beyond classroom instruction, AIM leverages these partnerships to secure exclusive internships, site tours, and hiring pipelines for its graduates. Through formal agreements with regional carriers (SkyWest, PSA Airlines), corporate flight departments, and government entities like the FAA and NASA, AIM alumni regularly step into roles maintaining next-generation jet engines, fabricating composite structures, troubleshooting avionics systems, and managing line maintenance at airports nationwide.
Even years after commencement, AIM’s Career Services continues to collaborate with partner employers to alert alumni to leadership development programs, advanced-certification tracks, and emerging technology initiatives—ensuring each graduate remains at the forefront of aviation innovation.
Accreditation
AIM is a nationally accredited institution certified by the FAA and accredited by the Accrediting Commission of Career Schools and Colleges (ACCSC).
Campus Locations
- Atlanta, GA
- Charlotte, NC
- Chicago, IL
- Dallas Metro, TX
- Fremont, CA
- Hasbrouck Heights, NJ
- Houston, TX
- Indianapolis, IN
- Kansas City, MO
- Las Vegas, NV
- Norfolk, VA
- Northern Virginia, VA
- Orlando Metro, FL
- Philadelphia, PA
- Phoenix, AZ
Additional Offerings
In addition to the AMT program, AIM also offers training in avionics, welding, and industrial manufacturing.
While the AMT program is not currently offered online, AIM campuses are equipped with modern classrooms, veteran resources, and student lounges to support in-person learning.
Career Outcomes and Support
Graduates are supported by a dedicated Career Services team that offers job placement assistance aligned with individual goals. Career outcomes include roles in commercial aviation, manufacturing, and aircraft repair, with the median A&P technician salary around $75,000.
AIM maintains strong industry connections with airlines and maintenance facilities, enhancing employment opportunities.