Category: Aviation Maintenance Technician School

  • National Aviation Academy Inc – Clearwater

    National Aviation Academy Inc – Clearwater

    National Aviation Academy (NAA) in Clearwater, Florida is a purpose-built aviation maintenance school that focuses heavily on preparing students for FAA Airframe and Powerplant (A&P) outcomes through an accelerated, hands-on training format. The Tampa Bay campus is located at 6225 Ulmerton Road, Clearwater, FL 33760, and NAA positions its Aviation Maintenance Technology (AMT) program as a direct route into the maintenance workforce for students who want to start working as quickly as possible.

    NAA’s core AMT program is advertised as a 14-month pathway that includes 2,000 clock hours and coverage of FAA-mandated subject areas. The school describes the training as spanning the three major curriculum sections used in Part 147-style programs: General, Airframe, and Powerplant. That structure is useful for students because it mirrors the way many A&P preparation pathways organize learning. In practical terms, students can expect to build skill in aircraft fundamentals, shop safety, documentation, and maintenance procedures, then deepen into airframe systems (structures, electrical, fuel, hydraulics, and related systems) and powerplant topics (engine operation, maintenance, troubleshooting, and component-level understanding).

    A key differentiator for many working adults is schedule flexibility. NAA notes that it offers both day and night class options (and also markets a longer 21-month A&P pathway for students who want more training time). For students balancing work or family obligations, the ability to choose day versus evening can be the difference between enrolling now or postponing training. NAA also emphasizes career services support, which matters because aviation maintenance hiring is relationship-driven: students benefit from resume support, interview readiness, and employer connections when they’re moving from training into their first technician role.

    NAA publicly highlights a broad list of aviation and aerospace employers that have hired graduates, including major airlines and large aerospace brands. While students should always verify current hiring relationships and outcomes, seeing recognizable employers can signal that the school is active in industry outreach and understands the expectations of larger maintenance organizations.

    Prospective students should contact the admissions team to confirm the current start dates, the exact day and evening schedules at the Clearwater campus, total tuition and fees, tool and supply requirements, and any military or GI Bill-related pathways that may apply. Overall, National Aviation Academy is a strong fit for students who want an accelerated, clock-hour-defined AMT program, who prefer a school that focuses primarily on A&P preparation, and who value having both day and evening schedule options in the Tampa Bay area.

  • Pima Community College

    Pima Community College

    Pima Community College in Tucson, Arizona, operates a highly respected Aviation Technology program located adjacent to Tucson International Airport. This FAA Part 147 school offers an Associate of Applied Science degree and certificates in Airframe and Powerplant mechanics. Students enter a training environment that mirrors the industry, working on large transport-category aircraft in expansive hangars. The program is a primary pipeline for the region’s robust MRO (Maintenance, Repair, and Overhaul) and defense aviation sectors.

  • Savannah Technical College

    Savannah Technical College

    Savannah Technical College offers Aviation Maintenance training in Savannah, Georgia, through an Aviation Maintenance Technology pathway that is described as an FAA Part 147 approved school program. The program description emphasizes the combined airframe and powerplant curriculum and the goal of preparing students to participate in FAA airframe and powerplant examinations and certification processes. For prospective students, that matters because most employers in aircraft maintenance expect technicians to hold the FAA mechanic certificate with Airframe and Powerplant ratings, and a Part 147-aligned training program is a common route to become eligible for testing and entry-level employment.

    From a learning perspective, an aviation maintenance curriculum like Savannah Tech’s is built around both theory and practical application. Students can expect instruction in maintenance regulations, safety practices, tools and materials, inspection procedures, aircraft structures, and major aircraft systems. On the powerplant side, students typically cover reciprocating and turbine engine fundamentals, fuel and ignition systems, propeller systems, and powerplant inspection practices. On the airframe side, students often work with electrical and instrument systems, hydraulics, landing gear concepts, flight control systems, and structural repair basics. The real value of a strong program is that students learn how to think like maintainers: follow written procedures, use manuals correctly, take accurate measurements, document work precisely, and troubleshoot methodically.

    Savannah Technical College also points prospective students toward informational sessions for its aviation programs, which is a practical resource if you want to understand admissions requirements, deadlines, and financial aid considerations. Programs of this type are intensive, and the schedule and sequencing of courses can strongly affect time to completion. When you compare schools, ask Savannah Tech about program start terms, the typical weekly schedule, and the expected completion timeline in months for the credential you intend to earn. Also ask what costs students should plan for beyond tuition, such as tools, PPE, books, and FAA testing expenses, since the program description notes that the FAA exams are not included as part of the program or its cost.

    Savannah is also a region with a significant aviation presence, and Savannah Tech’s aviation programs are often discussed in the context of local workforce needs. For students who prefer to train in a market where aviation employers are active, that local context can support internships, networking, and job placement conversations. A good next step is to review the program catalog link for the specific credential (degree, diploma, or certificate) and then speak with admissions to confirm the best pathway for your goals, whether you want the most direct route to A&P certification or you want an associate degree that includes additional general education coursework.

  • Southwestern Illinois College

    Southwestern Illinois College

    Southwestern Illinois College (SWIC) offers a comprehensive Aviation Maintenance Technology program at its Sam Wolf Granite City Campus. This FAA Part 147 program prepares students for both Airframe and Powerplant certifications. SWIC’s facility includes modern hangars and diverse training aircraft. The program is well-connected to the St. Louis aviation market, supplying technicians to regional airlines, MROs, and corporate flight departments.

  • Texas State Technical College – Abilene

    Texas State Technical College – Abilene

    Texas State Technical College (TSTC) in Abilene offers aviation maintenance training through its Aircraft Airframe and Aircraft Powerplant programs, giving students a pathway to build the competencies needed for FAA certification work in structures and/or engines. TSTC positions these programs as hands-on, career-driven training built around aviation industry standards. For students in West Texas, Abilene’s campus is especially notable because TSTC’s aircraft maintenance training operates out of a dedicated hangar facility near the Abilene Regional Airport an environment that supports the kind of practical, tool-in-hand learning that employers expect from entry-level technicians.

    TSTC organizes aviation maintenance into two core tracks. The airframe side focuses on the structure and systems that keep an aircraft safe and airworthy: inspection practices, airframe components, flight controls, rigging, structures, and related aircraft systems. The powerplant side focuses on reciprocating and turbine engines and the supporting systems that power flight, including inspection, servicing, troubleshooting, and repair procedures. Students who want to expand their employability can combine airframe and powerplant training, since many maintenance roles especially in airline and MRO environments value technicians who can work across both areas.

    In terms of learning format, TSTC indicates a day-class schedule for these aviation programs, with instruction delivered in-person (powerplant) and hybrid (airframe) depending on the plan. For prospective students, this means you should expect a weekday commitment and a curriculum that blends theory with structured lab work. The day schedule can be a strong fit for full-time students who want steady momentum and regular access to labs, aircraft, and tooling.

    From a career-outcomes standpoint, TSTC’s aviation program messaging leans into employability: the school highlights training facilities, industry relevance, and the ability to move quickly into the workforce with either a certificate or an Associate of Applied Science (AAS) degree depending on the degree plan you choose. That mix can appeal to different student types career changers looking for a direct technical credential, and students who want a degree that may support advancement into lead, inspector, or supervisory roles over time.

    If you are comparing Abilene-area options, the best next step is to request program details for the specific plan you want (Airframe, Powerplant, or both). Confirm the current completion timeline in months, the weekly time blocks for lab and hangar work, and any required tools, materials, or fees beyond tuition. Also ask about employer connections in the region and typical placement pathways, since proximity to airport operations can create stronger local hiring pipelines.

  • Augusta Technical College

    Augusta Technical College

    Augusta Technical College provides FAA 14 CFR Part 147 aviation maintenance training through its Aviation Technology Training Center, which the college notes is located on its Thomson Campus. The program description highlights a purpose-built facility with classrooms and multiple labs, including equipment and aircraft used to satisfy FAA training requirements. For prospective students, this “facility-first” emphasis is important: aviation maintenance is a hands-on trade, and the quality and availability of lab space and training aircraft directly affect your day-to-day learning experience.

    Augusta Tech is also transparent about how its offerings are structured. The aviation page outlines multiple program options: technical certificates of credit for specific paths (including Airframe-only and Powerplant-only options) and a degree/diploma pathway under Aviation Maintenance Technology. For students who want the full mechanic certificate with both ratings, the page states that the complete Airframe and Powerplant course requires six semesters. Converted to a standard timeline, six semesters is typically about 24 months for full-time study. That gives students a concrete planning number for budgeting, scheduling work, and setting expectations around how quickly they can reach FAA testing.

    Program content is described as a blend of theory and practical application, with graduates prepared to inspect, troubleshoot, service, maintain, and repair certificated aircraft and aircraft engines and their associated systems. In practical terms, students in a Part 147 environment should expect to learn maintenance documentation and regulations, inspection standards, tool and hardware practices, corrosion control, structural repair concepts, aircraft electrical fundamentals, and system troubleshooting. On the airframe side, that typically means structures and aircraft systems (controls, landing gear, hydraulics, pneumatics, and related components). On the powerplant side, training shifts toward reciprocating and turbine engine theory, engine systems, troubleshooting, and the procedures used to determine airworthiness and return-to-service.

    A notable operational detail is that Augusta Tech mentions access to a testing center located at the main terminal of the airport for written testing requirements. That kind of proximity can reduce friction when students are ready to take FAA exams and begin the certification process.

    Augusta Tech is a strong candidate for students in Georgia who want a Part 147 program with multiple credential options and a clear, semester-based timeline for the full A&P. When you compare it to other schools, focus on (1) which credential you want to earn (certificate vs. associate), (2) your preferred pacing (full-time vs. part-time, if available), and (3) the specific resources available in labs-training aircraft, tooling expectations, and how instructors structure hands-on competencies. With those details confirmed, Augusta Tech’s aviation center can be a practical pathway into aviation maintenance careers in the region.

  • Aviation Institute of Maintenance – Teterboro

    Aviation Institute of Maintenance – Teterboro

    The Aviation Institute of Maintenance (AIM) in Teterboro, New Jersey, serves the high-demand New York City metropolitan area with intensive, hands-on training in aircraft maintenance. The campus is strategically located near one of the busiest general aviation airports in the country, providing students with a realistic environment to master the inspection, repair, and overhaul of aircraft structures and powerplants. AIM’s curriculum is FAA-certified and focuses on developing the mechanical proficiency required to pass the Airframe and Powerplant (A&P) certification exams.

    Students at the Teterboro campus benefit from experienced instructors and a facility equipped with actual aircraft, engines, and advanced diagnostic tools. The program is designed for speed and efficiency, aiming to move technicians into the workforce quickly to address the massive demand for mechanics at both major commercial airlines and corporate flight departments. Beyond technical skill, the institute emphasizes professionalism and regulatory compliance, ensuring that every graduate understands the critical safety responsibilities associated with maintaining civil aircraft.

  • Charlotte Technical College

    Charlotte Technical College

    Charlotte Technical College (CTC) in Charlotte County, Florida offers aviation maintenance training that builds toward FAA mechanic eligibility by covering the core areas required for Airframe and Powerplant careers. The aviation maintenance program operates through CTC’s aviation maintenance technical school location at the Punta Gorda Airport area, which gives students proximity to a real aviation operating environment and reinforces the practical nature of the profession. CTC’s aviation maintenance pathway is structured in components that align with the way mechanics are trained: General fundamentals first, followed by deeper specialization in Airframe and Powerplant. Students typically complete the General curriculum and then progress into airframe-focused training (structures, electrical basics, rigging, and aircraft systems) and powerplant-focused training (reciprocating and turbine engine concepts, fuel and ignition systems, inspection and troubleshooting). The total training hours are designed to meet FAA requirements for testing eligibility when the full pathway is completed. A meaningful differentiator is that CTC provides adult training options and, in some cases, evening availability. For working students, evening options can be the difference between enrolling now versus postponing for years. The best step is to request the current cohort calendar and confirm which blocks are offered in day versus evening formats, since technical programs often rotate schedules by term. Career outcomes are a major reason students choose programs like CTC. Florida’s aviation economy includes airports, MRO activity, business aviation, and proximity to larger airline and aerospace hubs across the state. Completing an FAA-aligned training path and earning the A&P credential can open doors to a wide range of roles: GA maintenance shops, repair stations, regional airline support, and specialized maintenance niches. The most successful students also develop “soft skills” during training-reliable attendance, strong documentation habits, safe work practices, and disciplined troubleshooting-which are exactly what employers look for in new hires. If you are comparing CTC to other programs, ask for a written breakdown of total hours, expected completion timeline for full A&P eligibility, tuition/fees, and what tools or uniforms are required. Also ask how the school supports students preparing for FAA written, oral, and practical exams, and whether there are local testing resources and employer connections for placement after graduation. If you are comparing A&P options, a practical way to evaluate fit is to confirm the FAA Part 147 approval status, ask how the curriculum is sequenced (General, Airframe, Powerplant), and request a calendar showing start dates and daily class times. You can also ask whether the school helps schedule FAA written, oral, and practical testing after each phase, what tools or uniforms are required, and what employers typically recruit from recent graduating cohorts. Finally, confirm total estimated costs (tuition, fees, books, tools) and whether financial aid, scholarships, veteran benefits, or payment plans are available for your situation. These details make it much easier to compare programs apples-to-apples and choose the path that matches your timeline, budget, and long-term career goals.

  • Delaware Technical Community College

    Delaware Technical Community College

    Delaware Technical Community College (DTCC) provides a robust Associate in Applied Science degree in Aviation Maintenance Technology at its Georgetown campus. This FAA-certified program is designed to equip students with the comprehensive skills needed to fabricate, inspect, and maintain modern aircraft. DTCC’s curriculum is recognized for its focus on both technical proficiency and professional core competencies such as critical thinking, ethics, and communication, ensuring graduates are prepared for leadership roles in the hangar.

    The training at DTCC covers the full spectrum of A&P disciplines, from foundational aviation physics and weight and balance to advanced reciprocating engine rebuilds and airframe system troubleshooting. Students gain extensive experience in state-of-the-art labs, mirroring the professional environments of the commercial airlines and corporate flight departments they will eventually join. By maintaining high standards of safety and regulatory compliance, Delaware Tech produces technicians who are recognized for their technical reliability and their ability to solve complex maintenance challenges in the fast-paced aviation industry.

  • Greene County Career Center

    Greene County Career Center

    Greene County Career Center (GCCC) offers an innovative FAA Part 147 certified Aviation Maintenance program located at the Lewis A. Jackson Greene County Regional Airport in Ohio. Housed in a dedicated 7,500 square-foot hangar completed in 2020, the program provides high school students with an immersive, hands-on introduction to the aerospace industry. Through a strong articulation agreement with Sinclair Community College, GCCC students can earn up to 55 college credits while working towards their FAA General and Airframe certifications.

    The training at GCCC focuses on the essential skills required for maintaining modern aircraft, including structural inspection, fuel system maintenance, and advanced electrical troubleshooting. Students utilize a professional lab environment and authentic aircraft engines to master the rigorous standards of the FAA. The program was specifically established to address the significant regional demand for aircraft mechanics, providing graduates with a direct pathway to lucrative careers as airframe technicians or aerospace engineers. GCCC-trained technicians are recognized for their foundational technical proficiency and their ability to transition seamlessly into advanced post-secondary training.