Miguel Hernández Rosas, PhD

Education

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  National Institute of Astrophysics, Optics and Electronics

  2020 - 2024

  Doctor of Philosophy - PhD Mechatronics, Robotics, and Automation Engineering

  Specialized in precision agriculture and integrated pest management with a focus on developing intelligent traps for agricultural pest control. The research introduced an innovative IoT-based smart trap leveraging sensor fusion, including radar and camera systems, to monitor and manage the Mediterranean fruit fly population. This work involved designing a trap capable of real-time monitoring and data analysis, providing actionable insights to improve crop management and reduce pest impact. The… Show more Specialized in precision agriculture and integrated pest management with a focus on developing intelligent traps for agricultural pest control. The research introduced an innovative IoT-based smart trap leveraging sensor fusion, including radar and camera systems, to monitor and manage the Mediterranean fruit fly population. This work involved designing a trap capable of real-time monitoring and data analysis, providing actionable insights to improve crop management and reduce pest impact. The project emphasized embedded systems, sensor integration, and automated data collection, contributing to advancements in agricultural technology and sustainability. Show less

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  National Institute of Astrophysics, Optics and Electronics

  2012 - 2015

  Maestría Ingeniería electrónica

  Focused on auditory evoked potentials, specifically the brain's bioelectrical response to sound stimuli. Developed a system for acquiring auditory evoked potentials, which included designing an electronic instrumentation setup capable of generating sequential sound stimuli and capturing the brain’s response. The research involved implementing and testing various filtering techniques to determine the optimal method for reducing noise and enhancing signal clarity, ultimately improving the… Show more Focused on auditory evoked potentials, specifically the brain's bioelectrical response to sound stimuli. Developed a system for acquiring auditory evoked potentials, which included designing an electronic instrumentation setup capable of generating sequential sound stimuli and capturing the brain’s response. The research involved implementing and testing various filtering techniques to determine the optimal method for reducing noise and enhancing signal clarity, ultimately improving the accuracy and efficiency of auditory response acquisition systems. Show less