Category: Aviation Maintenance Technician School

Tom P. Haney Technical College in Panama City, Florida provides aviation maintenance training through distinct Aviation Airframe Mechanics and Aviation Powerplant Mechanics programs, supported by a broader aviation academy environment. The school’s program directory is unusually clear about the details that matter to applicants: program length in hours and weeks, daily schedule, and the intended certification outcome. For Airframe, Haney lists a 1,350-hour program designed to prepare students for FAA Airframe rating examinations. For Powerplant, the school lists a 900-hour program aimed at FAA Powerplant certification preparation.

This structure can work well for students who want an incremental path toward the full A&P. In FAA terms, the full A&P requires eligibility for General, Airframe, and Powerplant testing; Haney’s setup-General content embedded in the programs plus rating-specific blocks-helps students build toward those requirements in a step-by-step way. If your end goal is both ratings, the smart planning move is to ask Haney how Airframe and Powerplant are sequenced for a student who intends to complete both, and whether you can roll directly from one program into the other without losing time between start dates.

For schedule planning, Haney publishes a daytime training block that runs Monday through Friday, 7:30 a.m. to 1:15 p.m. That predictable schedule is a significant advantage for students balancing family responsibilities, transportation, or part-time work later in the day. It also aligns with the reality of aviation maintenance training: consistent attendance and steady lab progress are critical because you’re building hands-on competence that compounds over time.

In terms of what you’ll learn, airframe-focused training typically covers inspection practices, aircraft structures, sheet metal fundamentals, corrosion control, hardware and fastening methods, landing gear and brake systems, flight controls, and basic aircraft electrical and systems knowledge. Powerplant training shifts toward engine theory and maintenance: reciprocating and turbine concepts, fuel and ignition systems, propellers, lubrication, cooling, troubleshooting, and safe engine operation procedures. In both cases, employers care about more than “book knowledge”-they want technicians who can follow approved data, use tools correctly, work safely around energized systems, and document maintenance actions with discipline.

From a logistics standpoint, Haney makes it easy to get in touch and confirm details like admissions steps, start dates, and campus services. Their contact page lists the primary campus address and phone number, which is useful for scheduling a tour or speaking with student services before you commit.

Haney is a strong candidate for students in the Florida Panhandle who want a clearly defined weekday schedule and published hour/week timelines. As you compare schools, focus on how quickly you can complete both ratings if you want the full A&P, what equipment and aircraft are available for labs, and what support is offered for FAA written/oral/practical preparation and job placement after completion.

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.