The EASA-to-FAA ATP conversion pathway remains one of the more consequential bureaucratic hurdles facing experienced European pilots seeking employment with U.S. carriers, and this forum post highlights the practical questions that arise once a pilot commits to the process. The FAA's pathway for holders of ICAO ATPL(A) licenses issued by contracting states with bilateral agreements (EASA member states qualify under the U.S.-EU BASA) allows for a streamlined route that bypasses much of the ab initio training an FAA-native applicant would face. The core requirements are well-established: FAA medical certification, an FCC restricted radiotelephone permit, the ATP Certification Training Program (ATP-CTP) if the applicant doesn't already hold a type rating on a large aircraft recognized by the FAA, an English proficiency demonstration, and ultimately a practical test (checkride) conducted under 14 CFR Part 61 or via an accepted Part 141 program. The pilot's underlying question, whether the checkride can be conducted in a 737 simulator rather than a piston twin like a Seneca or Seminole, is a legitimate and increasingly common ask given that most EASA ATPL holders with 4,000+ hours of jet time haven't touched a light twin in years.
The answer in practice is nuanced. The FAA does permit the practical test to be conducted in an aircraft or full-flight simulator for which the applicant holds or is concurrently seeking a type rating, meaning a 737 checkride is achievable if the pilot arranges training and testing through an approved Part 142 or Part 61 training center that has a 737 type rating course and FAA-approved simulator. However, this route typically means the FAA certificate will reflect an ATP with the 737 type rating attached, not simply an "ME class" ATP earned in a generic twin. This is actually advantageous for the pilot's stated goal, since U.S. airlines hiring for jet positions will require the specific type rating anyway during their own training, and the underlying multi-engine class privileges come bundled with any type-specific practical test conducted in a qualifying airplane or simulator. The pilot's instinct that transferring his EASA jet type ratings individually is "useless" is largely correct, U.S. carriers train pilots on their own aircraft types regardless of prior European type ratings, so the value of the FAA certificate lies in the ATP certificate itself and the ME class rating it carries, not in a laundry list of foreign type ratings that would need to be re-validated through FAA process anyway.
For working pilots and flight departments, this matters because it underscores how license portability, while improved by BASA agreements, still requires deliberate route-planning rather than a simple administrative swap. Pilots moving from EASA to FAA systems need to budget not just for the ATP-CTP (typically $18,000-$25,000 and a multi-day commitment) but also for the practical test venue itself, since many U.S. airline cadet or type-rating academies (CAE, FlightSafety, various 142 centers) can combine the type rating course with the FAA ATP checkride, effectively solving the "I don't want to fly a Seminole" problem in one package. This is a well-trodden path for pilots aiming at legacy or major U.S. carriers, many of which will sponsor or facilitate exactly this kind of jet-based checkride for foreign-trained hires, particularly under visa categories like E-3 (Australians), TN, or increasingly complex O-1/EB visa sponsorships as U.S. carriers continue to explore internationally sourced pilot talent amid domestic pipeline constraints.
On the oral exam and overall difficulty question, EASA-trained pilots transitioning to FAA testing standards commonly report that the practical flying skills transfer well, but the oral portion catches people off guard due to differences in regulatory framework (FARs vs. EASA Air Ops/Part-FCL), weather minimums, airspace classifications, and specific U.S. operational procedures (e.g., ATC phraseology nuances, alternate minimums, NOTAM interpretation, and FAA-specific systems knowledge if type-specific). Examiners administering ATP practical tests expect fluency in 14 CFR Part 91 and 121/135 operational rules even for pilots whose airline experience is entirely European, so dedicated ground school or self-study focused on the FAA regulatory structure is essential preparation, not optional. Finally, regarding currency, the pilot's question about needing to "checkride every year" reflects a misunderstanding common among transitioning pilots: the FAA ATP certificate itself doesn't expire and doesn't require periodic reexamination to maintain the ME class rating in the way EASA licenses require periodic license revalidation and proficiency checks. What does require ongoing currency is instrument currency (six approaches, holds, tracking within preceding six calendar months) and, if flying commercially under Part 121/135, the employer's recurrent training and checking cycles, which are typically annual or semi-annual and are a function of the operating certificate rules rather than the certificate itself. This distinction, license validity versus operational currency, is one of the more consequential differences between the FAA and EASA systems, and it's a common point of confusion for pilots socialized to EASA's stricter periodic revalidation requirements.