"The most important thing in science is not so much to obtain new facts as to discover new ways of thinking about them."
β Robert Mayer
I am a Professor EBTT at the Federal Institute of Minas Gerais (IFMG), specifically within the Bachelor's Degree in Mechanical Engineering. With a Ph.D. in Nuclear Engineering, my career is dedicated to the intersection of academic excellence and advanced computational research.
| π¬ Research & Expertise | π Teaching Portfolio |
|---|---|
| β’ Nuclear Engineering | β’ Physics |
| β’ Thermal Sciences | β’ Applied Programming for Engineering |
| β’ Chemical Engineering | β’ Energy Resources |
| β’ Computational Methods | β’ Introduction to Nuclear Engineering |
| β’ Mechanical Engineering | β’ Numerical Analysis |
| β’ Energy Resources | β’ Thermodynamics |
𧬠Research Lines
I am an active member of the GESESC (Grupo de Estudos em Sistemas EnergΓ©ticos e SimulaΓ§Γ£o Computacional) research group. My work focuses on:
- Computational modeling of nuclear reactors.
- Heat transfer and fluid flow in complex systems.
- Numerical methods applied to chemical engineering processes.
- Energy resource optimization and sustainability.
π Official Group Link: GESESC - CNPq Directory
π Selected Publications
For a full list of my scientific contributions, please visit my Google Scholar profile.
- Research on Thermal Sciences and Fluid Dynamics.
- Computational Physics applications in Nuclear Engineering.
- Advancements in Mechanical Engineering simulation.
I am always open to discussing research, academic projects, and computational challenges:
- π¬ Ask me about: Computational Physics, Nuclear Engineering, and Python for Engineering.
- π Currently working on: Advanced simulation models for energy systems.
- β‘ Fun fact: I believe that coding is the modern laboratory for theoretical physicists.
If you find my research or educational repositories helpful, consider supporting my work:
"Energy can neither be created nor destroyed, only transformed."
Β© 2024 Prof. Reginaldo LeΓ£o | IFMG



