In a groundbreaking study, engineers at SMU’s Lyle School of Engineering are delving into the potential of digital twins and AI to revolutionize aircraft inspections and manufacturing processes, ultimately enhancing safety and efficiency. Digital twins, virtual replicas that evolve in real time through data, are gaining momentum in the aerospace industry, particularly with advancements in AI. By developing a human digital twin, SMU researchers aim to augment human expertise with digital intelligence, improving quality assessments, detecting safety risks, and enhancing data collection. This innovative approach not only reduces errors but also empowers workers to enhance their performance through digital and technological collaboration. With the integration of AI, virtual reality, and cloud-based cameras, SMU’s human digital twin offers a new paradigm for quality assurance in aerospace manufacturing, providing tangible benefits in worker safety, process optimization, and training effectiveness. The potential of digital twins extends beyond quality assessments, as additional components like biosensors can uncover insights into worker well-being, ergonomic issues, and emotional indicators that impact performance and safety. This transformative research, presented at the 2025 AeroDef Manufacturing Conference, showcases SMU’s commitment to pushing the boundaries of innovation in the aerospace and defense industries.
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