The Role of Artificial Intelligence in Shaping Robotics Innovation

Abstract

Applying Artificial Intelligence in Robotics is a revolutionary move in industries, education, and the health sector. In this paper, we critically survey recent work in the literature to analyse the ways AI is influencing robotics innovation, emphasizing both its potential and its limitations. The results show that AI-enabled robotics improves efficiency and flexibility in industrial applications, enabling predictive maintenance, smart manufacturing, and operational resilience. In education, interactive and voice-activated robots promote student engagement, problem-based learning, and progressive pedagogy, but uneven access may reinforce digital divides. In medicine, AI-based surgery and diagnostics robots enable greater precision, fewer mistakes, and better patient outcomes, but raise unanswered ethical questions regarding accountability, autonomy, and patient–doctor trust. In addition to applications in industry, mandates from society, ethics, and regulation are also recognized as barriers to unfettered use. Problems of data privacy, transparency, and fairness remain, while high adaptation costs and immature regulatory frameworks limit the spread. The findings suggest that AI in robotics is both a technical disruptor and a social transformer, offering a wealth of opportunities while requiring robust ethical governance. The paper concludes by suggesting that drawing on the expertise of multiple disciplines – stemming from the work of engineers, ethicists, and policymakers- and engaging key stakeholders, AI-powered robotics will continue to evolve for the better. More work is needed on governance models, inclusiveness, and long-range societal consideration to strike a balance between innovation and responsibility.