Category: Aviation Maintenance Technician School

  • Clover Park Technical College

    Clover Park Technical College

    Clover Park Technical College, situated in Lakewood, Washington, is home to one of the most comprehensive Aviation Maintenance Technician programs in the Pacific Northwest. Operating from its dedicated South Hill Campus at the Pierce County Airport, the program provides an FAA-certified Part 147 curriculum that covers the full spectrum of aircraft maintenance, repair, and overhaul. The college is recognized for its high-tech laboratory environments and its impressive fleet of training aircraft, which include both modern turbine-powered jets and traditional reciprocating-engine planes.

    The training at Clover Park is characterized by its rigor and its alignment with the needs of the massive aerospace corridor in Washington. Students undergo intensive instruction in advanced composites, digital avionics troubleshooting, and complex structural repair, ensuring they are prepared for the evolving technologies of modern aviation. With strong ties to industry leaders like The Boeing Company, Clover Park Technical College is a vital hub for the regional aerospace workforce. Graduates are sought after for their deep technical foundation, their mastery of safety-critical systems, and their commitment to the highest standards of airworthiness.

  • Embry-Riddle Aeronautical University – Daytona Beach

    Embry-Riddle Aeronautical University – Daytona Beach

    Embry‑Riddle Aeronautical University (ERAU) in Daytona Beach offers Aviation Maintenance Science through the College of Aviation, with degree options that include a Bachelor of Science and an Associate of Science pathway. The program is designed for students who want deep technical training combined with the academic foundation of a university environment, and it emphasizes the real-world skills needed to maintain modern aircraft and complex aerospace systems. ERAU explicitly frames its maintenance degrees around FAA Airframe and Powerplant (A&P) outcomes. The department describes an FAA A&P mechanic certification program at the heart of its A.S. and B.S. degrees, including substantial credit hours dedicated to airframe and powerplant technical coursework. That blend is appealing for students who want both the employability of A&P credentials and the longer-term flexibility of a four-year degree for advancement into leadership, quality, safety, or manufacturer roles. Training takes place in specialized facilities such as the Emil Buehler Aviation Maintenance Science Building, which is dedicated to airframe and powerplant technician education and includes extensive lab space. Students benefit from university-level resources while still working hands-on with aircraft, engines, and maintenance systems. The program environment tends to attract a diverse group-traditional students, veterans, career changers, and international students-because the degree structure supports multiple career outcomes, from airline maintenance to OEM support to avionics-adjacent work and emerging aerospace fields. A four-year university setting can be a differentiator if you want broader options beyond the first job. In aviation maintenance, early career roles often focus on learning procedures and building speed and accuracy, but advancement into lead mechanic, inspector, planner, or supervisor roles can benefit from additional academic preparation. ERAU’s programs are designed to support that arc while still keeping the curriculum grounded in the practical skills and certification expectations of aviation maintenance. When evaluating ERAU, confirm the exact A&P pathway within the degree plan, the testing and certification steps, and how the university supports students preparing for FAA written, oral, and practical exams. Also consider the total cost of attendance and available aid, since university programs differ financially from community college or trade school options. For students who want a long-term aerospace career with growth potential, ERAU’s Aviation Maintenance Science degrees can be a strong fit. 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.

  • 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.

  • Kirkwood Community College

    Kirkwood Community College

    Kirkwood Community College’s Aviation Maintenance Technology program in Cedar Rapids, Iowa is built for students who want an FAA-focused pathway into aircraft maintenance with a strong mix of classroom learning and hangar-based training. Kirkwood describes aviation mechanics as professionals who inspect and maintain major aircraft systems including engines, landing gear, instruments, electrical systems, pressurized sections, and more. The program is structured as a two-year option that includes hands-on instruction in an airplane hangar at the Eastern Iowa Airport along with coursework at Kirkwood, giving students repeated exposure to real equipment and maintenance workflows.

    Kirkwood offers multiple credential paths inside the same aviation maintenance track. Students can pursue the Associate of Applied Science (AAS) degree or choose a shorter credential depending on their goals. On the program page, Kirkwood also lists specific airframe and powerplant pathway options (including an airframe diploma and a powerplant certificate), which can be useful for students who want to complete one rating first or who need a modular approach due to work or family constraints. No matter which path a student chooses, the program is framed around preparation for the Federal Aviation Administration (FAA) certification exam, which is the central credential requirement for many aircraft mechanic positions.

    The Kirkwood program page includes a detailed cost table for the 2025-26 school year, including estimates for tuition, program fees, testing fees, tools, and uniforms. This is helpful for comparing the total cost of attendance items that often surprise students, such as required tool sets and exam fees. The page also highlights that admissions into the program requires completing a program conference (video or Zoom), which acts as an onboarding step so applicants understand expectations, prerequisites, and how admission priority is determined.

    From a career standpoint, Kirkwood positions graduates for work with national or regional airlines, government contractors, overhaul facilities, and local maintenance shops. The college also encourages student participation in SkillsUSA, a workforce development organization that supports technical skill building, leadership development, and competition opportunities. This co-curricular option can be valuable for students who want to build a resume and professional network while training.

    For prospective students evaluating locations and logistics, Kirkwood provides clear campus contact information and lists its main campus address and phone number for admissions and general inquiries. Students who want to compare credential options, estimate costs, and understand the pathway to FAA testing will find the Kirkwood program page a strong starting point for research and next steps.

  • Marshall University Aviation Maintenance Technology Program

    Marshall University Aviation Maintenance Technology Program

    Marshall University offers an Aviation Maintenance Technology (AMT) Associate of Applied Science (A.A.S.) that is designed for students who want a college degree and a clear pathway toward FAA Airframe and Powerplant (A&P) certification. The program is described as a joint offering between Marshall University and Mountwest Community and Technical College, combining academic coursework with applied, hands-on aviation maintenance training. The stated goal is straightforward: help students build the knowledge and practical skill needed to become eligible for FAA testing for A&P licensure and to enter the workforce as aviation maintenance professionals.

    On Marshall’s aviation program page, the AMT degree is presented as a 24-month, hands-on training program, with training housed at Huntington Tri-State Airport. That airport-based setting matters because it aligns students with the environment they will work in after graduation around aircraft, tools, and maintenance workflows rather than learning only in traditional classrooms. The program highlights a comprehensive curriculum that covers airframe, powerplant, and avionics topics, alongside instruction delivered by faculty with industry experience. For students, that combination often translates into training that is both structured and practical: learn the systems, then apply the procedures in a lab or shop setting similar to real maintenance operations.

    Marshall emphasizes that graduates are eligible to take FAA exams for A&P licensure, and it positions that credential as a gateway to careers across general aviation, commercial airlines, manufacturers, repair stations, and structural repair facilities. The program also highlights employer engagement and job placement support. It notes relationships with employers such as Delta Air Lines, Embraer, Thoroughbred Aviation, and others, with industry representatives visiting in person or virtually to help students understand career options and connect with recruiters while still enrolled.

    The program’s messaging also reflects the broader demand for aviation maintenance talent and the portability of A&P credentials. For prospective students, the most important takeaway is that Marshall’s AMT A.A.S. is set up as a degree-plus-licensure pathway: complete the associate degree coursework, receive intensive hands-on maintenance training in an airport setting, and graduate prepared to pursue FAA Airframe and Powerplant certification and start building a career in aviation maintenance.

    Another important feature is the partnership structure itself. Because Mountwest Community and Technical College is involved, students are guided through an admissions process that includes both institutions, and financial aid administration is described as running through MCTC. For many students, that arrangement can combine the resources of a university with the career-technical focus of a community college. If your goal is to work on aircraft as quickly as possible while still earning a college credential, this dual-institution model is designed to keep the timeline tight while still providing broad academic and career support.

  • North Central Institute

    North Central Institute

    North Central Institute (NCI) in Clarksville, Tennessee, is a specialized aviation career school authorized by the FAA as a Part 147 Aviation Maintenance Technician School. NCI offers an accelerated Aviation Maintenance Technician (AMT) program that allows students to earn their Associate of Applied Science degree and prepare for the A&P exams in as little as 17 months. Located near Fort Campbell, the school has a long history of serving veterans and military transitioners, as well as civilians.

    The NCI curriculum is rigorous and focused, covering every aspect of aircraft maintenance from turbine engine overhaul to advanced avionics troubleshooting. The institute features a dedicated hangar with a variety of fixed-wing and rotary-wing training aids. NCI prides itself on its high placement rates and strong industry relationships. In addition to initial training, NCI offers specialized refresher courses for experienced mechanics seeking to obtain their FAA certification. The school’s commitment to “Training for the Future” ensures graduates are equipped with the skills and professional discipline required by global airlines and defense contractors.

  • Pittsburgh Institute of Aeronautics – Myrtle Beach

    Pittsburgh Institute of Aeronautics – Myrtle Beach

    Pittsburgh Institute of Aeronautics (PIA) – Myrtle Beach Branch Campus offers Aviation Maintenance Technology (AMT) training structured as an accelerated pathway to FAA Airframe and Powerplant (A&P) certification. For students who want a direct route into aircraft maintenance without a multi-year college timeline, the Myrtle Beach AMT program is published as a 16-month diploma/certificate delivered over 4 terms totaling 1,900 clock hours. That structure aligns with FAA Part 147-style training expectations and indicates that the program is designed around extensive hands-on lab and shop time, not just classroom instruction.

    The Myrtle Beach campus is located at the International Technology and Aerospace Park near Myrtle Beach International Airport, which PIA highlights as an ideal atmosphere for aviation training because of aircraft accessibility and proximity to airport operations. PIA describes the campus as a 26,000 square foot facility that includes classrooms and multiple dedicated shop areas, such as aircraft propulsion systems, electricity, sheet metal, hydraulics, instruments and controls, composite materials, non-destructive testing, and painting. For prospective students, this list is a helpful indicator of the kinds of systems and maintenance tasks you can expect to practice especially if you’re comparing schools that may have more limited lab infrastructure.

    PIA’s branch campus pages also emphasize transparency around start dates and costs. Myrtle Beach publishes multiple program start dates each year, which can reduce waiting time compared with schools that only start once or twice annually. For cost planning, PIA lists the 2025-2026 clock-hour tuition for the AMT program at $28,440 (tuition only) for the full 1,900-hour program, and provides estimated costs for books, tools, and supplies along with standard school fees. PIA also lists FAA A&P examination fees separately, reflecting the reality that certification testing is a meaningful cost item beyond tuition. The school notes that branch campuses are converting from clock-hour programs to a standard credit-hour model for students starting after July 1, 2026, and it publishes a separate credit-hour tuition schedule for that format.

    From a student-decision perspective, the key questions to ask are about outcomes and day-to-day training experience. Ask how much of each week is spent in lab/shop versus theory, what aircraft and engines are used in training, how students build troubleshooting skills, and what structured test-prep support is provided for the FAA written, oral, and practical exams. You should also ask about graduate placement support, employer recruiting relationships in South Carolina and nearby aviation markets, and whether PIA helps students connect to job interviews or hiring events.

    Overall, PIA-Myrtle Beach is best suited for students who want an airport-adjacent campus environment, an accelerated 16-month AMT pathway with a clear 1,900-hour structure, and published tuition/fee transparency, all with the explicit goal of preparing graduates for FAA A&P certification testing.

  • Sinclair Community College

    Sinclair Community College

    Sinclair Community College in Dayton, Ohio, home to the Wright brothers, offers a cutting-edge Aviation Maintenance Technology program. The program is FAA-approved for Airframe and Powerplant training and is housed in a modern aviation center at the Dayton-Wright Brothers Airport. Sinclair emphasizes advanced technologies, including composite materials and avionics. The college also offers a unique focus on Unmanned Aerial Systems (UAS), positioning graduates at the forefront of emerging aviation sectors.

  • Spartan College of Aeronautics and Technology – Denver

    Spartan College of Aeronautics and Technology – Denver

    The Denver-area campus of Spartan College (located in Broomfield, CO) offers a premier Aviation Maintenance Technology (AMT) program that focuses on developing entry-level technicians for the commercial and general aviation sectors. The program is FAA Part 147 approved and leads to an Associate of Applied Science degree, typically completed in about 23 months. Spartan’s Denver facility provides a dedicated hangar environment where students master the mechanics of both reciprocating and turbine engines, along with complex aircraft systems like hydraulics, landing gear, and modern avionics.

    Students in the Denver program benefit from a curriculum that balances theoretical classroom study with extensive hands-on lab work. The faculty emphasizes the importance of precision, accountability, and the technician-craftsman mindset, preparing students for the rigorous FAA written, oral, and practical examinations. Spartan’s long history of aviation training (over 95 years) and its strong regional industry connections provide students with excellent career services and job placement support. Graduates leave the program with a versatile skill set that allows them to pursue roles as certified A&P technicians, aircraft inspectors, or maintenance specialists for major regional and global carriers.

  • Texas State Technical College – Waco

    Texas State Technical College – Waco

    Texas State Technical College (TSTC) in Waco is one of the flagship locations for the school’s aviation training, offering Aircraft Airframe and Aircraft Powerplant programs that support students pursuing FAA-focused maintenance careers. TSTC’s Waco campus is widely associated with aviation education in Texas, and the school’s aviation maintenance curriculum is built to prepare students for hands-on work in the environments where aircraft technicians are hired airlines, maintenance and repair organizations (MROs), general aviation maintenance shops, and aerospace support roles.

    TSTC’s aviation maintenance training is structured around the two major technical areas that define the profession. In Aircraft Powerplant, students focus on the engines and related systems that produce thrust and power. Training typically covers reciprocating and turbine engines, inspection and servicing procedures, troubleshooting logic, and repair practices that keep aircraft flight-ready. In Aircraft Airframe, students focus on the structure and systems integrated into the airframe environment inspections, structures, control systems, rigging, and aircraft systems work that ensures the aircraft remains safe and airworthy. For students who want maximum flexibility in the job market, completing both airframe and powerplant training is a common strategy, because employers often value technicians who can work across a wider range of maintenance tasks.

    From a scheduling standpoint, TSTC indicates a day-class schedule for its aviation maintenance programs. The powerplant program is listed as in-person, and the airframe program is listed as hybrid, suggesting that students may complete some coursework in an online or blended format while still spending significant time in labs and hands-on training. This matters if you are comparing schools: even when a program is hybrid, aviation maintenance training remains skills-based, and successful students plan for consistent time in the shop and hangar environment.

    Credential options are another differentiator. TSTC offers both certificate and Associate of Applied Science (AAS) pathways for its aviation maintenance programs. A certificate can be the more direct route for students who want to move into entry-level technician roles as efficiently as possible. The AAS pathway adds a degree credential that can support longer-term advancement especially if you later pursue lead technician, quality, inspection, or supervisory roles where documentation and broader technical communication become part of the job.

    When evaluating the Waco option, the best practical next steps are to confirm (1) the current completion timeline in months for the plan you want, (2) the weekly time blocks required for labs and hands-on training, and (3) the full cost picture including any tools, materials, and exam-related expenses. Because TSTC offers multiple aviation programs across campuses, it’s also worth asking how Waco’s facilities and employer relationships compare, and whether there are internship, co-op, or direct-hire pathways connected to regional aviation employers.