G. Morales

Instituto Politécnico Nacional, University of Florida, Instituto Tecnológico Superior de Xalapa

Papers

Total Citations

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About

G. Morales is a researcher whose work bridges the critical gap between theoretical control systems and practical automation, with a particular focus on robotics and construction technology. Their key research areas include industrial robotics training, construction automation, and advanced motor control systems. Morales made a significant contribution to engineering education by developing a methodology for virtual laboratories in industrial robotics training (2016, 10 citations), providing a framework that enhances hands-on learning without physical equipment. Their earlier work on construction automation (1999, 8 citations) offered a comparative analysis of robotics adoption in Japan versus the United States, highlighting critical gaps in American research and development. More recently, Morales has explored adaptive control methods, comparing PID tuner and neural network approaches for DC servo motor speed control using Simulink and ESP32 (2023, 2 citations). While their citation counts reflect a focused rather than widely-cited body of work, Morales’s contributions are notable for their practical orientation—addressing real-world challenges in training, construction efficiency, and precision control—making their research valuable for engineers and students seeking applied solutions in automation and robotics.