Master's Degree in Environmental Engineering

  • Identify, declare and entirely analyze environmental problems.
  • Evaluate the environmental quality of air, water and soil from a global point of view, especially when there is a risk to public health.
  • Assess the application of measures for the pollution prevention and the recovery, protection and improvement of environmental quality.
  • Carry out theoretical analyzes of environmental systems, both natural and artificial, and develop and apply mathematical models for their simulation, optimization or control.
  • Design and calculate engineering solutions to environmental problems, comparing and selecting technical alternatives and identifying emerging technologies.
  • Understand and apply environmental national and international legislation, adapting environmental solutions to these regulations.
  • Apply methodologies for evaluation and correction of environmental impact.
  • Apply standard methodologies for the analysis and evaluation of environmental risks.
  • Apply different tools and environmental management systems.
  • Make decisions taking into account technical, economic, social, energy and environmental aspects from a global point of view.
  • Evaluate the environmental quality of water from a global point of view, especially when there is a risk to public health.
  • Evaluate the environmental quality of the air from a global point of view, especially when there is a risk to public health.
  • Evaluate the environmental quality of soils from a global point of view, especially when there is a risk to public health..
  • Be able to characterize the emissions to air, coming from the anthropogenic activity.
  • Be able to characterize the emissions to water, coming from the anthropogenic activity.
  • Be able to characterize the emissions to soils, coming from the anthropogenic activity.
  • Evaluate the treatment of emissions to the atmosphere to assess different alternatives and obtain the required information for the design of the selected treatment processes.
  • Evaluate the treatment of wastewaters emissions to assess different alternatives and obtain the required information for the design of the selected treatment processes.
  • Evaluate the treatment of soils to assess different alternatives and obtain the required information for the design of the selected treatment processes.
  • Evaluate the treatment of solid wastes to assess different alternatives and obtain the required information for the design of the selected treatment processes.
  • Design and manage wastewater treatment and treatment systems for atmospheric emissions.
  • Design and manage wastewater treatment systems.
  • Design and operate systems for waste management and treatment.
  • Design and manage treatment systems for contaminated soils.
  • Apply techniques for the analysis and resolution of regional planning problems.