19 Environmental Engineering Master's Degree Programs in Spain

The objective of the Master's degree in Geological Engineering is to provide scientific, technical, and methodological training for professionals in this field such as consultancy, analysis, design, calculation, project, planning, management and administration, construction, maintenance, conservation, and operation of works, facilities and actions carried out in the field of Geological Engineering and related sectors, such as geotechnical engineering, environmental engineering, natural resources, land planning, and natural risks.

Environmental Engineering is the branch of engineering that studies environmental problems in an integrated manner, taking into account their ecological, social, economic and technological dimensions, with the aim of promoting sustainable development.

The Master in Environmental Engineering and Technology makes a review from the technical point of view to the different environmental problems derived from industrial activities, and proposes the adoption of solutions and good practices always taking into account economic and social factors.

Over the last few decades, there has been a growing interest among companies, industry, and the Administration in improving environmental quality, which has led to an increase in the demand for technicians capable of dealing from a multidisciplinary point of view with the environmental problems posed by production processes. The training of these professionals should be oriented towards solving technological problems related to the consumption of resources and the generation and treatment of pollution. The aim of this Master is to provide interdisciplinary training in the prevention of environmental impacts, the study of process sustainability, pollution treatment and environmental management to graduates in science and engineering, which will allow them to adapt to the existing offer for graduates in this sector.

What is remarkable of the Spanish Industrial Engineering is its long tradition of more than 150 years. The subject covers several academic disciplines such as mechanics, electronics, automation, electricity, chemistry, energy, material science, management, manufacturing, environmental engineering, among others. The multidisciplinary scientific-technological learning of engineering students allows them to face both technological and management issues in different industrial scenarios. The most specific professional activities are the analysis and design of products, processes, facilities, or plants and management, planning and supervision. The scientific-technological level achieved by Master students also allows them to access research activities to develop innovative products and processes such as medical devices, collaborative robots, or autonomous vehicles.

Gain advanced training in environmental pollution control and public health, and learn how to analyze, design, and implement effective, real-world solutions.

The growing awareness of society in the face of environmental degradation and the need to mitigate the impacts of pollution on the environment make it necessary for a new professional to act, the environmental engineer, who guarantees the development of society while combining the competitiveness of industries with a sustainable perspective and respectful with the environment. The need to respond to these new challenges has led to the worldwide consolidation of Environmental Engineering studies such as those proposed in this Master.

The basic objective of the Master's in Forestry Engineering is to provide students with scientific, technological and socio-economic training and preparation for the profession of Forestry Engineer, whose main professional activities are forest planning and management issues; reforestation and plant production; wildlife management; the protection and conservation of the natural environment; forest industries, renewal energies; evaluation of natural systems, resources and their use, among others. The degree entitles the student to practice a regulated profession, and therefore the design of the competences is in accordance with the provisions established by the Government (Order CIN/326/2009).

The general objective of the title of "Master in Forestry Engineering" is the training of senior technicians trained to plan, project, organize, control and direct natural spaces and the goods and services provided by the forestry field. Among its objectives are to protect the soil, conserve and regulate water resources, ensure the continuity of species of wild flora and fauna, improve the rural environment and take advantage of forest resources, both for their transformation by industry and for direct enjoyment. .

This Master’s Degree in Water Cycle Engineering program seeks to study each process within the water cycle in-depth, as well as the design and operations of all the necessary infrastructures to guarantee safe water supply and the protection of river ecosystems. According to the World Health Organization, approximately 2.2 billion people in the world do not have access to safe drinking water, and 4.2 billion lack sanitation services. Furthermore, climate change is expected to cause increasingly frequent and disastrous droughts and floods. These facts and projections have motivated water companies around the world to initiate infrastructure adaptation plans.

The aim of the master’s degree is to prepare professionals in the field of energy, environment and sustainable production with rigorous scientific and technical background, capable of providing a flexible and multidisciplinary response to the challenges of building a sustainable society through the conception, design, evaluation, implementation and management of environmentally friendly processes, consumption of natural resources and health.

The Master's degree in Engineering, Markets, and EPC Contracts in the Oil and Gas (OG) and Petrochemical Industries is a specialized program designed to provide in-depth knowledge and skills related to engineering, project management, market dynamics, and contractual aspects in the oil and gas and petrochemical sectors.

Forestry Engineering is a profession that has traditionally worked in multidisciplinary environments in the management and planning of the natural environment. The use and extraction of information from spatial databases has been a traditional task of forestry engineers but the advent of the revolution associated with the so-called "big data" makes it necessary to take a qualitative leap in the training of these professionals. The challenges currently faced by forest management are of great significance due to the magnitude of the problems (climate change, invasive species, biodiversity crisis, etc.) and the growing demand for goods and services by society. At the same time, there is an increasing amount of information, highly relevant for decision-making in forest and environmental management, collected in large databases that require specific training for their management and analysis. For this reason, it is necessary that these professionals have a good integrated knowledge of management systems and methods applied to the forestry world, but at the same time, they have the capacity to work in different fields such as database management, computer programming, data analysis, decision making through operational research techniques, or geographic information systems and remote sensing.

In a context of increasing social pressure on water resources, it is of vital importance to train experts in hydraulic engineering and the environment from both a professional and a research point of view. On the other hand, European regulations (Water Framework Directive, 2000) imply the need to train professionals from a multidisciplinary perspective, similar to that taught in this Master's degree.

The degradation of the environment due to anthropogenic action is reaching levels that already allow the media to speak openly of environmental alarm. Pollutants emitted into the environment, greenhouse gas emissions, the indiscriminate consumption of non-renewable energy, etc., are reaching such levels that the scientific community points out that it could be irreversible. At the same time, society's sensitivity to environmental issues continues to grow.