Doctorate
1. Mandatory Disciplines according to Research Line
Research Line: Engineering Process
Separation Processes Dynamics (4 credits 60 Credit Hours)
Research Line: Environment and Energy
Power Generation: Technology and Environmental Aspects (4 credits 60 Credit Hours)
Research Line: Modeling and Processes Simulation
Transportation Phenomena (4 credits 60 Credit Hours)
2. Mandatory Disciplines for all Research Lines
Directed Study I (1 Credit Unit, 15 Credit Hours)
Menu and Bibliography to be defined with the professor
Directed Study II (1 Credit Unit, 15 Credit Hours)
Menu and Bibliography to be defined with the professor
Seminar on Natural Resource Engineering (1 Credit Unit, 15 Credit Hours)
Syllabus: Thesis project of the student.
3. Elective Disciplines
Computational Fluid Dynamics (4 credits 60 Credit Hours)
Renewable Energy (4 credits 60 Credit Hours)
Phase Balance (4 credits 60 Credit Hours)
Discrete Element Method and Flow of Solids (4 credits 60 Credit Hours)
Biphasic Flow (4 credits 60 Credit Hours)
Teaching Internship (2 créditos, 30 horas) Introduction to supercritical fluid technology
Syllabus: 30-hour internship in undergraduate or master's degree courses.
Nanomaterials Introduction (4 credits 60 Credit Hours)
Introduction to supercritical fluid technology
Physical Metallurgy (4 credits 60 Credit Hours)
Computacional Methods for Differential Equations (4 credits 60 Credit Hours)
Scientific Programming Method (4 credits 60 Credit Hours)
Hybrid Methods in Thermo sciences (4 credits 60 Credit Hours)
Water Systems Modeling(4 credits 60 Credit Hours)
Turbine Modeling (4 credits 60 Credit Hours)
Modeling and Simulation of Separation Process (4 credits 60 Credit Hours)
Conservation Principles in Termo science (4 credits 60 Credit Hours)
Diffusion Separation Process (4 credits 60 Credit Hours)
Non-Conventional Separation Process (4 credits 60 Credit Hours)
Natural Products Drying (4 credits 60 Credit Hours)
Material Characterization and Techniques (4 credits 60 Credit Hours)
High Pressure Thermodynamic (4 credits 60 Credit Hours)
Special Topics in Natural Resources Engineering (4 credits 60 Credit Hours)
Heat and Mass Transfer Through Porous (4 credits 60 Credit Hours)
Pneumatic Transport (4 credits 60 Credit Hours)