AI Robotics' Contribution to Sustainable Development

Baltezarević, Radoslav (2025) AI Robotics' Contribution to Sustainable Development. In: 6. Bilsel International Ahlat Scientific Researches Congress. Bilsel Publishing, Bitlis, Turkey, pp. 1164-1169. ISBN 978-625-96953-5-8

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Abstract

Two different areas of engineering and technology are robotics and artificial intelligence (AI). With robotics acting as the body and artificial intelligence (AI) as the brain, the result is a robot that is artificially intelligent and capable of seeing, hearing, smelling, and walking, among other things. Therefore, robotics and artificial intelligence are two independent disciplines with different objectives and approaches. The study of robotics focuses on the mechanical components of machines, creating hardware that can carry out particular functions, such as a drone transporting items or a robotic arm constructing goods. For these systems to work, preprogrammed instructions are frequently required. In contrast, artificial intelligence (AI) encompasses software capable of learning, reasoning, and making decisions, which allows machines to respond to changing circumstances in real-time. As enterprises seek to increase operational efficiency, address labor shortages, optimize repetitive processes, and manage hazardous jobs or situations, demand for autonomous machines and AI-enabled robots is at an all-time high. AI-powered robots have the potential to make a number of industries more sustainable, including recycling, manufacturing waste reduction, pest detection and pesticide reduction in agriculture, climate change mitigation, and a variety of social applications to increase inclusivity and accessibility. AI robots will play an increasingly important role in sustainable development as technology develops, providing fresh answers to pressing global issues.

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