An automotive engineer with amaster’s degree in automotive systems andnine years of experience in university teaching at both public and private institutions. My passion for research focuses on automotive systems, automotive electricity, vehicle diagnostics, pollutant emissions, and biofuels.
In the field of automotive systems, I explore advancements in powertrain technologies, vehicle efficiency, and sustainable mobility solutions. My work in automotive electricity involves studying high-performance electrical systems, energy storage solutions, and electronic communication networks to enhance vehicle functionality.
I have a strong interest in automotive diagnostics, developing methodologies for early fault detection and predictive maintenance to optimize vehicle performance and reduce costs. Additionally, I research pollutant emissions, focusing on emission control technologies, fuel efficiency strategies, and regulatory compliance to minimize the environmental impact of transportation.
Committed to sustainability, I also specialize in biofuels, studying their development, optimization, and integration into existing internal co
As a university professor, I have guided students in research projects, thesis development, and hands-on applications of automotive engineering. Through teaching and research, I aim to inspire future engineers and contribute to the evolution of the automotive industry toward innovation, efficiency, and sustainability.
An automotive engineer with amaster’s degree in automotive systems andnine years of experience in university teaching at both public and private institutions. My passion for research focuses on automotive systems, automotive electricity, vehicle diagnostics, pollutant emissions, and biofuels.
In the field of automotive systems, I explore advancements in powertrain technologies, vehicle efficiency, and sustainable mobility solutions. My work in automotive electricity involves studying high-performance electrical systems, energy storage solutions, and electronic communication networks to enhance vehicle functionality.
I have a strong interest in automotive diagnostics, developing methodologies for early fault detection and predictive maintenance to optimize vehicle performance and reduce costs. Additionally, I research pollutant emissions, focusing on emission control technologies, fuel efficiency strategies, and regulatory compliance to minimize the environmental impact of transportation.
Committed to sustainability, I also specialize in biofuels, studying their development, optimization, and integration into existing internal co
As a university professor, I have guided students in research projects, thesis development, and hands-on applications of automotive engineering. Through teaching and research, I aim to inspire future engineers and contribute to the evolution of the automotive industry toward innovation, efficiency, and sustainability.