Mamadou Alouma Diallo
ELECTROMECHANICAL ENGINEER & MATHEMATICAL MODELLER / RESEARCHER
MEMBER OF THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS (ASME).
Dr. Mamadou Alouma DIALLO
Dr. Diallo is the visionary founder and Director of Carmels Research Institute, a specialized institution dedicated to innovative solutions in Energy, Agriculture and Enviromental Engineering. His commitment to advancing these fields demonstrates his dedication to contributing valuable insights and practical applications to the scientific community and the broader industry.
Dr. Mamadou Diallo's contributions for Reasearch, Support and Services has been recognized during the 3rd African IEOM Conference which took place in Nigeria on April 7, 2022. The Industrial Engineering and Operations Management Society (IEOM) aims among others to highlight educators, researchers, and professionals' significant contributions to industrial engineering and operations management.
Mamadou Alouma Diallo is an Electro-Mechanical Engineer, Mathematical Modeler, and Computational Physicist. He holds membership in prestigious professional organizations such as the Systematic Modeling using Differential Equations (SIMIODE), and the American Society of Mechanical Engineers (A.S.M.E.). Notably, he was elected as a member of the London Mathematical Society (LMS) on November 10, 2017, a recognition of his contributions to the field.
With an extensive 23-year career, Mamadou Alouma Diallo has excelled in the fields of engineering and research. Currently, he serves in a multifaceted role as a lecturer, researcher, and consultant engineer, focusing on Energy, Water resources, Hydraulics, and Sanitation in Africa and Europe. Dr. Diallo's expertise extends to computational process heating, groundwater dynamics, and mathematical modeling for epidemiology.
In addition to his professional roles, Dr. Diallo is a prolific author, having published several scientific articles on critical subjects such as water resources management and groundwater dynamics and contamination in coastal aquifers. His research contributions reflect a commitment to advancing knowledge and finding practical solutions to complex environmental challenges.
MY LATEST RESEARCH
My latest research is in the field of Water resources management, Water supply, Energy and Mathematical modeling. In particular, I am interested in the modelling of water flow through aquifers and their contamination, water treatment solutions and power engineering.
My interests focus on the use of mathematics to solve engineering problems and to model physical systems, mainly production strategies in manufacturing industries, energy saving, fluid and heat flow problems.
