15 Environmental Engineering Degree Programs in France

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 objective of the Master of Science is to form project leaders or supervisors capable of managing complex engineering projects in the domain of the environment and energy conversion systems within an international context. PM3E offers a balanced program of management skills and engineering techniques for environmental and energy projects.

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.

The Master of Science and Technology in Complex Systems Engineering (MScT CSE) in Environmental engineering trains environmental engineers to design and implement solutions to prevent, control, or remediate environmental problems, such as air and water pollution, waste management, and climate change.

The expertise of engineers in environmental engineering is at the crossroads of science and management. Chemistry, biology, statistics but also economics, CSR, law and environmental regulations. Engineers recognized for their 360 vision of the environmental field, trained to support companies and territories and respond concretely to the ecological and societal transition.

Agro-ecological, food, and environmental transitions know no borders. Neither do we! Join us to learn about the challenges of agriculture, food, and the environment on an international scale. A real window into the world, this course will enable you to develop your knowledge and skills for international professions. Join the only 100% English-language engineering program in France, and immerse yourself in the multicultural atmosphere of our Rouen campus!

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 world is changing, and so is the industry. From robotics to the digital revolution, from cybersecurity to energy performance, participates in the transformation of businesses through training focused on the future. This training allows you to choose one of two worlds: energy or digital. By opting for digital training, you will be in the shoes of a computer engineer in charge of designing a secure network. You can move towards robotics to develop modern industrial systems linked to the digital revolution.

The aim of the one-year Master’s degree in Biorefinery and Bio-based Materials (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.

This program is designed to train the next generation of civil engineers with the expertise to design and implement innovative building technologies with a focus on sustainable materials and structures. The main objective is to educate future leaders in the development of innovative solutions for sustainability and performance in the built environment by fostering creative and independent thinking and promoting low-impact-oriented problem-solving.

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.

Today more than half of the world’s population lives in cities.This proportion is expected to further increase by 2050. To manage our cities effectively and sustainably has thus become essential to preserve and optimize resources and improve the well-being of citizens. In recent years, a new concept of Smart City has emerged to tackle modern cities’ issues and make urban development more sustainable and liveable. Most cities across the world are undergoing this transformation triggered by the ongoing digital transition contributing to innovative urban infrastructures and providing efficient services to citizens.

The esaip Engineer programme in Risk Management & Environment has been designed to enable you to understand the various facets of Risk, Health, Safety, and Environmental Management.

The ESAIP Engineer programme in Risk Management & Environment has been designed to enable you to understand the various facets of Risk, Health, Safety, and Environmental Management.

The acute challenges of climate change, “natural” disasters, pollution, access to water and energy, and the maintenance of biodiversity are driving many European cities to rethink the design and implementation of public policies and corporate strategies.