George T. Baker Aviation Technical College in Miami, Florida is an established aviation-focused technical school that offers FAA-approved training pathways toward Airframe and Powerplant certification. The school publishes a clear overview of how its maintenance curriculum is structured: a General curriculum (required as a prerequisite), plus dedicated Airframe and Powerplant programs. The program description also lays out the FAA-approved hour breakdown-450 hours for General, 900 for Airframe, and 900 for Powerplant-which is helpful because it aligns with the FAA Part 147 model for mechanic certificate eligibility. citeturn19search2

One of the biggest planning advantages at Baker is flexibility. The school notes that students may enroll part-time or full-time, which can be a major factor for working adults who need a maintenance program that can fit around a job. External schedule listings also indicate both daytime and evening class blocks, reinforcing that there are options beyond a single daytime cohort. When you’re comparing schools, that matters because it affects your completion timeline and your ability to stay employed while you train. citeturn19search2turn19search7

In terms of time-to-completion, Baker’s published catalog guidance is useful for setting expectations. For students pursuing both Airframe and Powerplant, the catalog describes roughly a 2.5-year completion timeline when attending as a full-time student (with longer timelines for part-time attendance). Converting that to a planning number, a typical full-time path to both ratings is about 30 months. This is consistent with the reality that mastering both airframe and powerplant systems is a large body of knowledge and hands-on skill development. citeturn19search6

The curriculum itself is designed to prepare you for real maintenance work. General training typically builds the baseline: electricity, drawings, weight and balance, materials and processes, maintenance forms and records, regulations, and shop safety. Airframe training then expands into structures and aircraft systems-sheet metal, composites, landing gear, hydraulics, pneumatics, cabin systems, and inspection. Powerplant training adds the engine side-reciprocating and turbine theory, engine inspection and troubleshooting, fuel metering, ignition, propellers, and the systems that support reliable engine operation. The end goal is to prepare students to sit for FAA written/oral/practical tests and to enter the workforce with the competence to work safely under supervision in shops, repair stations, and aviation employers.

George T. Baker is a strong choice for students who want a defined FAA-aligned curriculum with published hour breakdowns and the possibility of day and evening scheduling. If your goal is the full A&P, the best next step is to confirm how the school sequences General, Airframe, and Powerplant in your preferred schedule (full-time vs. part-time) and to ask what support they provide for test preparation and placement into entry-level maintenance roles after completion.