Instituto de Investigaciones Agropecuarias | Chile
AUTHOR PROFILE
Scopus
🎓EARLY ACADEMIC PURSUITS
Carlos J. Cortés Ramos began his academic journey with a strong foundation in computational mechanics, completing a Master’s degree in the field at Universidad de La Serena. His interest in the intricate relationship between water, energy, and environmental systems led him to pursue a Doctoral (c) degree in Energy, Water, and the Environment, where he honed his expertise in sustainable aquaculture systems and the modeling of fluid, mass, and energy transport phenomena.
đź’ĽPROFESSIONAL ENDEAVORSÂ
Carlos has gained extensive hands-on experience in the design and evaluation of aquaculture centers, particularly focusing on water recirculation systems. He has applied advanced computational mechanics and mathematical modeling techniques to optimize water, mass, and energy management in aquaculture, aquaponics, and hydroponic systems. His work aims to bridge the gap between environmental sustainability and resource efficiency in the aquaculture industry, addressing critical challenges like effluent treatment and system optimization.
🔬CONTRIBUTIONS AND RESEARCH FOCUS ON BIOLOGICAL SCIENCES
Carlos’s research primarily revolves around sustainable aquaculture, particularly in the areas of effluent treatment and water recirculation systems. By developing and applying advanced modeling techniques, he investigates the transport phenomena of water, mass, and energy in aquaculture systems, aiming to improve their sustainability and performance. His expertise in computational mechanics allows him to design efficient systems that minimize environmental impact while optimizing resource use.
His contributions extend to aquaponics and hydroponic production systems, which are integrated into his work on sustainable farming practices. He focuses on how these systems can contribute to better water management, energy conservation, and waste treatment, which are crucial for advancing sustainable food production.
🌍IMPACT AND INFLUENCEÂ
Carlos’s work in sustainable aquaculture and effluent treatment has the potential to impact global environmental conservation efforts. By designing aquaculture systems that are more energy-efficient and environmentally friendly, his research contributes to reducing the environmental footprint of the aquaculture industry. His influence extends to industry practices, where his work informs the development of best practices and technological innovations in water and waste management.
His participation as a Judging Panel Member for the Regional Congress of PAR Explora Antofagasta (2021, 2022, 2023) and ESI AMLAT 2018 (an international science and technology fair) reflects his commitment to advancing science and technology and fostering the next generation of researchers.
đź“šACADEMIC CITATIONSÂ
Carlos J. CortĂ©s Ramos’s research has contributed significantly to the academic community, particularly in areas related to computational mechanics, environmental sustainability, and aquaculture systems. His studies on water transport phenomena in aquaculture have been cited by other researchers, helping to guide the development of more efficient and sustainable systems.
đź”®LEGACY AND FUTURE CONTRIBUTIONSÂ
Carlos’s ongoing doctoral research and his contributions to sustainable aquaculture position him to continue making significant impacts in the field. His focus on environmental sustainability, innovative modeling techniques, and resource efficiency lays the groundwork for future advancements in the aquaculture industry. As he continues to refine his research, Carlos is poised to influence policy and contribute to global efforts in achieving sustainable food production practices. His academic legacy will be defined by his innovations in water management, energy efficiency, and waste treatment systems in aquaculture.
✨Conclusion:
Carlos J. Cortés Ramos stands at the forefront of research in sustainable aquaculture, with a strong academic background in computational mechanics and environmental science. His work, which integrates advanced modeling techniques with practical solutions for water recirculation and effluent treatment, positions him as a key contributor to enhancing the sustainability and efficiency of aquaculture systems.