1. Explain and characterize different energetic and environmental concepts, that enable one to choose and design the most efficient refrigerant system according to thermodynamic principles.
2. Acquire and apply the thermodynamic principles of industrial refrigeration, design and select safety and control equipment for industrial facilities, on an environmental energy optimization view.
3. Be able to plan the assemblage of a refrigeration system, including the fundamental components, according to the base concept, performing all the mathematical calculations given the dimensions and complexity of the system.
4. Be able to assess, compare, analyze and validate refrigeration systems, having in mind it’s optimization in terms of environment and energy.
5. Be able to work with diagrams and technical charts to properly select equipment, satisfying the need for system performance.

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