Innovative Solutions in Engineering through Intelligent Systems Integration
Keywords:
Intelligent Systems Integration, Engineering Innovation, Artificial Intelligence, Cyber-Physical Systems, Internet of Things, System Interoperability, Smart EngineeringAbstract
The fast development of intelligent systems, in the perspective of Artificial Intelligence (AI), Internet of Things (IoT) and Cyber-Physical Systems (CPS), has transformed the scope of engineering. This paper focuses on how intelligent systems are integrated into engineering procedures and practices to deliver creative solutions in domains that range from manufacturing to infrastructure, transportation, and energy. We emphasize upon the role of system interoperability, data-driven decisions, and automation to improve efficiency, accuracy, and sustainability. Using a mixed method approach through literature synthesis, system’s modeling, and simulation testing, the study proposes a framework for intelligent systems integration and proves that in case-based applications. Results show that integrated intelligent systems far exceed traditional engineering setups in the aspects of cost-efficiency, flexibility, and reliability in performance. The future research directions on the scalable and ethically responsible engineering innovation are outlined in the end of the paper.
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