This course responds to the need for multi-discipline research that analyzes hydrology transfers and quantitative geochemistry.

 

The skills acquired are based on:

 

• Knowledge of the main physical, chemical and biological characteristics of continental environments and water and matter cycles.
• The functioning of natural or anthropized continental hydrosystems.
• The transfers of water and matter in natural or anthropized environments.
• The transfers of pollution in continental hydrosystems and ways to remedy this pollution.
• Conceptual representation of the hydrodynamic behaviour of ecosystems and the associated reactive transfers.
• Knowledge of the main economic, legal and institutional parameters involved in making decisions relating to technical projects

 

 

THE AIMS

• To develop new concepts and models which lead to methodologies, methods and tools for analysing the risks linked to transfers in the context of sustainable development.
• To study, understand, analyze, identify and suggest technical solutions for managing and protecting water resources.
• To develop sustainable and maintainable technical solutions which take into account climate developments in an institutional context.
• To carry out projects that contribute to the protection and development of water resources, soil conservation, waste management and the prevention of natural risks (floods, sediment transport and erosion).

 

 

JOB OPPORTUNITIES

• Jobs such as: project manager in the fields of: research, study, development, consultancy, expertise, management; work owner, principal contractor, technical executive.

• Sector: fields (industry, environment) that focus on managing water resources, soil conservation, waste management, the preventionof natural risks (floods, sediment transport and erosion), water and soil pollution control and the evaluation of the impact of human activities on the environment.