Pilotimi

Pilotimi is a fictional framework used to illustrate the study of pilot-automation interaction in aviation and related fields. It is described as a modular platform intended to simulate and evaluate how pilots work with autonomous flight systems, including flight dynamics, instrumentation, and decision-support tools.

Architecture and features: The fictional platform comprises a flight-control core that can run simplified or full-scale dynamics, a scenario engine for scripted missions, a telemetry and logging subsystem, and a configurable cockpit interface that can present pilot displays and input devices. It emphasizes safety interlocks and auditable experiment trails. It supports single- and multi-vehicle simulations and can be operated in real-time or offline modes.

Development and usage: In the imagined storyline, Pilotimi was proposed in scholarly discussions around 2015 and evolved through collaborative academic and industry partnerships. By 2018–2020, sample implementations appeared in teaching tools and proof-of-concept demonstrations, with emphasis on measuring workload, trust in automation, and decision-making under stress.

Applications and significance: The framework is used in graduate courses, research projects, and instructor-led training to explore human factors in automated flight, to prototype interfaces, and to compare different automation strategies without risking real aircraft.

Status and reception: As a fictional construct, Pilotimi has no official specifications or market presence. It functions as a thought experiment and teaching aid to discuss challenges in human-automation integration and to guide the design of real-world pilots' interaction with automation.