Smart Engineering: Harnessing Intelligent Systems for Enhanced Performance
Keywords:
Smart Engineering, Intelligent Systems, Artificial Intelligence, Predictive Maintenance, Machine Learning, Internet of Things, Real-Time Analytics, System OptimizationAbstract
The fast development of intelligent systems has set the way for smart engineering revolution application in engineering, which altogether makes up the basis of smart engineering. This is an interdisciplinary field, which combines AI, ML, IoT with real-time data analytics to maximize systems performance, to reduce human errors, and to leverage predictive maintenance. The methodologies, applications, and performance implication of the smart engineering practices in the different sectors such as manufacturing, construction, energy, and transportation are discussed in this paper. We outline an in-depth summary of the existing research, explain our methodological approach of implementation of intelligent systems on an engineering framework, and review findings from practical implementations. The results verify strong enhancement of performance, cost, and decision making accuracy implicating the need to merge smart technologies into contemporary engineering implementation.
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