| |
Basic course in Physics and Material Sciences |
|
|
basic level (first year); 150 hours on Physics of
Matter, Thermodynamics, Mechanics of Continuous Media,
Introduction to Material Science, Transport Phenomena
and Fluid Mechanics, Experimental Project
|
| |
Chemical Engineering |
|
|
intermediate level (second year), 120 hours on Transport
Phenomena, Unit Operations, Industrialization, Experimental
Project on Pilot Plant
|
| |
Energetic |
|
|
intermediate level (second year), 120 hours on Electrical
Energy (engines, transformation), Thermal Energy (physicochemistry
of combustion), Nuclear Energy (electronuclear generating
reactors), Personal Project
|
| |
Instrumentation |
|
|
intermediate level (second year), 120 hours on Signal
Processing, Process Control, Sensors and Measurements,
Electronics, Practical Work on Electronics and Digital
Instrumentation
|
| |
Models for Process Engineering |
|
|
intermediate level (second year), 120 hours on Signal
Processing, Process Control, Dynamics of Systems, Process
Simulation
|
| |
Natural Processes |
|
|
undergraduate intermediate level (second year), 120
hours on Natural Processes Investigation, Biosphere
and Geosphere, Investigation Techniques and Methods
|
| |
Physical Methods for the Characterization of Matter
and Materials |
|
|
undergraduate intermediate level (second year), 120
hours on Radiation-Matter Interaction, Basic Characterization
Techniques, Practical Study of several Techniques, Project
|