Master's Degree in Environmental Engineering

CE1: Carry out a comprehensive assessment of environmental air quality.
CE2: Carry out a comprehensive assessment of environmental water quality.
CE3: Carry out a comprehensive assessment of environmental soil quality.
CE4: Characterise emissions to air.
CE5: Characterise emissions to water.
CE6: Characterise emissions to land.
CE7: Implement measures for preventing pollution and recovering, protecting and improving environmental quality.
CE8: Develop and apply mathematical models for the simulation, optimisation or control of processes in the field of environmental engineering.
CE9: Design, calculate and select engineering solutions to environmental problems, comparing alternatives that include emerging technologies under criteria of technical, social, economic and environmental viability.
CE10: Manage and operate treatment and/or purification systems in the field of environmental engineering
CE11: Interpret and apply national and international environmental legislation and adapt environmental solutions to these regulations.
CE12: Apply tools for environmental assessment and management including environmental impact assessment and environmental risk assessment.
CE13: Apply data mining techniques to extract the relevant information contained in huge databases (Big Data) to facilitate its analysis and visual interpretation.
CE14: Prepare and draft technical reports and/or environmental engineering projects considering technical, economic, social, energy and/or environmental aspects.
CE15: Carry out tasks in the field of environmental engineering that synthesise and integrate the knowledge and skills gained in the master's degree course.
CE16: Develop environmental solutions under the principles of circular economy and the sustainable development goals.