Edwar Andrés

EuroAquae+ offers a state-of-the-art learning experience on the use of hydroinformatic tools for smart water management as well as a platform for stakeholders to interact and exchange on the need to foster the next generation of highly-skilled professionals in applied water resources management to respond to the job market needs in Europe and across the world. EuroAquae Master Course is a modular degree designed for flexible delivery at a number of institutions, allowing and encouraging mobility of students.

The Master in Technology and Water Operation’s main objective is to give a full view of the management of integrated water’s cycle, as well as management skills for making strategic decisions. A leader in higher education in the field of water and environment, with a clear vocation towards professionalizing water executives, promotion and development. The Master includes strategic management, planning and management of water resources, supply systems and water sanitation, customers management and water businesses cycle, finance and Innovation.

Strengthen the capacity of care into urban and rural water-related issues, establish the capacity to bring solutions of industrial quality problems related to water, develop critical skills for discussion and analysis of water and environmental problems, updating and deepening on high level technical and scientific capacity to solve environmental problems. (Average rating on final exams 4.3 / 5)

Modelling Systems and construction for freshwater supplies for urban, industrial, and agricultural use, flood control and water hazard mitigation, modelling systems and construction of conventional and ‘green’ infrastructure for stormwater drainage of cities, highways, airports, catchments, and agricultural irrigation. (Average rating on final exams 4.1 / 5)

Environmental Management to understand any services the organization is provided with by the environment. Air-related matters, by considering the comprehensive management of this resource through knowledge and technology application, to measure and treat air pollutants and minimize emissions. Rationalization of water consumption, reduction of discharges to bodies of water, and treatments related to purify water and reduce pollution under a watershed view. (Average rating on final exams 86.08 / 100)

Sanitation in the urban water cycle and its relation to public health and environment. Develop rational approaches towards sustainable wastewater management via pollution prevention, appropriate treatment, and resource recovery and re-use at both centralized and decentralized levels. Define and critically analyze, assess, and evaluate various urban drainage and sewerage schemes, and wastewater, sludge and solid waste treatment process technologies. Engineering projects including urban water planning, feasibility studies and designs; apply modern tools for technology selection and to model sanitation components. (Average rating on final exams 3.9 / 5)