The Master of Water Engineering and Water Management focuses on chemical engineering and hydrology applied to unit operations of water treatment and water sciences (aquatic system and its preservation). The purpose of the lectures is concerned with biological and chemical reactors for pollution removal, unit operations of separation for high-quality water production (membrane separation, adsorption), hydrology, and ecology for the management of aquatic systems. This program is provided by INSA Toulouse and Toulouse INP.

Civil engineers play a crucial role in developing infrastructure and supporting human development in a sustainable manner. Issues such as soil and water contamination, lack of access to safe drinking water, and unsustainable use of resources remain major obstacles to global sustainability, while the growing threat of climate change and problems arising from rapid urbanization pose new challenges.

Graduate studies in Environmental Engineering at Oregon State University emphasize the understanding of fundamental scientific and engineering principles to manage and solve environmental problems in natural and engineering systems. The instructional program is designed to develop strong analytical, design, and management capabilities in the application of biological, chemical, and physical processes. Students are prepared for careers in consulting and design, environmental monitoring and management, or teaching and research. Research focuses on hazardous substances, environmental microbiology, fundamentals of transport processes in the environment, environmental chemistry, and groundwater and surface water resources.

The aim of the program is to train geologists and geophysical engineers who have the knowledge of geology, geophysics, and geoinformatics and skills necessary for the prospecting and exploration of geological structures and mineral resources, the assessment of mineral resources and reserves, conduct environmental geological surveys and delineate environmental pollution.

The Master of Science in Environmental and Land Planning Engineering provides with an education focused on developing adequate engineering frameworks for the sustainable utilization of natural resources and man-made infrastructures.

The aim of the one-year Master’s degree in Biorefinery & Biomaterials (Master 2) is to train professionals specialising in the problems of biomass valorisation, in particular through the development and improvement of processes allowing its transformation into biomaterials, chemical products or energy sources.

The master's programme in Environmental Engineering and Sustainable Infrastructure equips students with interdisciplinary tools to solve future environmental problems and prepare them for careers as environmental engineers. Students gain knowledge of the properties and functions of water and ecosystems, learn how to assess the local and global environmental impact of human activities, and apply advanced methods and modelling tools to define and solve environmental problems.

We offer a Master's course in Process Engineering, Environmental Protection for international students. The program provides knowledge on modern technologies of water treatment, wastewater treatment, waste management and utilization. Graduate is able to solve problems related to planning, designing and control of technological processes, supervision and operation of installations for water and wastewater treatment as well as disposal and management of municipal and industrial wastes, independently or in an international team. Graduate knows and applies advanced research techniques and tools as well as analytical and simulation methods.

A multidisciplinary study experience on smart city innovations and business solutions triggered by the transition towards sustainable urban environments. The program fosters talents in developing and implementing innovative smart city projects. Experts from academia and industry propose an innovative learning experience equipping participants with the right competencies to thrive in a fast-evolving employment landscape. The program is tailored also to suit government and corporate professionals seeking career development.

In a world striving for sustainability, mastering circular economy principles is vital. Tomorrow University's Master of Science in Data Analytics for Circular Economy dives into the circular economy, a model focused on resource efficiency and minimizing waste, using data analysis. With an expert focus on circular economy principles, data analysis, sustainability metrics, and statistical methods, you will learn to optimize circular systems through data-driven decisions.

The expansion of the circular economy offers new building features with a lower carbon footprint, and therefore involves a reduction in the use of cement. Green materials such as recycled waste are just as efficient materials for construction, costless, and capable of providing clean and eco-friendly solutions.

If you want to become the expert that companies need to meet the requirements and expectations of new regulations related to the circular economy, then the PRINEC specialized master is for you! Develop your skills in materials and processes in the circular economy thanks to this highly professional training.

The program provides the students with a vast palette of Environmental Engineering topics, to finally bring a solid professional background. The schedule covers Statistics, Project Management, Interactive Decision Making, Fluid Mechanics, Environmental Microbiology and Chemistry, Water Supply and Wastewater Disposal, Water Reuse, Spatial Planning, Groundwater, and Soil Protection, Environmental Impact Assessment, Engineering Surveying, and GIS Applications, Wastewater Engineering, Water Treatment, Waste Management, Urban Hydrology, Water Resource Management, Numerical Modelling of Hydrosystems, Modelling Methodologies for the Environment, Thesis Seminar.

The objective of the international Master of Water and Wind Engineering is to provide students with a comprehensive introduction to the general field of environmental fluid mechanics and then to provide them with the opportunity to specialize in one particular aspect. Environmental fluid mechanics is indeed an important element of most large infrastructure projects (impact of wind on structures, transport and dispersion of pollutants in the atmosphere, flooding of urban areas, erosion of our coastlines). The various predictions for the consequences of climate change all suggest that extreme events are likely to become more frequent and more intense. There is therefore a continuing need for highly-trained engineers, capable of understanding and modelling these phenomena in all their complexity.

The International Master of Science in Environmental Technology and Engineering (IMETE) program addresses these needs by educating a new generation of environmental scientists and engineers that can provide adequate and state-of-the-art environmental technology and engineering solutions to tackle complex, multidisciplinary environmental issues.