Artificial Intelligence (AI) is quickly changing aerospace, fields traditionally shaped by human creativity and engineering skill. AI helps optimize rocket trajectories and allows for autonomous spacecraft navigation. It has become a crucial part of modern exploration. Its capacity to handle large amounts of data in real time enables engineers to foresee mechanical failures before they happen. It also helps design more efficient propulsion systems and simulate complex missions to distant planets. It can also pre-calculate whether our expectations from an aircraft are met as per design conjectures. As humanity aims to colonize Mars and expand the limits of space travel, AI serves as both a driving force and a protector. It is transforming how we build, launch, and maintain the machines that help us to circumnavigate and go beyond the Earth. The objective of this hybrid review is to find and abstractly define AI's use in aviation. analyze faults that can occur due to its use from real published fault reports and extrapolate its use in Aeronautics and in some cases Astronautics. All inferences are concluded based on exhaustive review of research by reports published by credible government recognized sources on events occurring from the date of induction of AI in the field of aerospace. Multiple angles were viewed mostly from the consumer, the manufacturer and regular civilians.
Rajesh et al. (Thu,) studied this question.
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