Common use of Training Objectives Clause in Contracts

Training Objectives. The Master in Earth sciences offers a training that combines fundamental science and practical applications with a view to addressing geological problems of the planet. It aims to provide students with the tools necessary to manage fields governing Earth Sciences through a multidisciplinary approach: geodynamics of mountain chains and its underlying physical processes, the geochemistry of mantle and terrestrial crust, the evolution of life, oceans and paleoclimate through the study of sedimentary rocks, monitoring and modeling of surface geophysical processes, reservoir geology and basin analysis, mineral resources, and geological hazards. Students use analytical methods and laboratories and are involved in field studies, in collaboration with academic, research and industrial partners. The skills acquired during this program prepare concretely to professional duties and to very varied insertion areas in the sphere of Earth Sciences. In this context, at the end of the Master, students are able to: • Analyze the challenges in the field of Earth Sciences. contemporary issues related to Earth Sciences. • Propose solutions to complex problems in geology on the basis of technical knowledge, of field measurements, of quantitative data processing and of modeling methods. • Use sharp tools in Earth Sciences (equipment and analytical techniques, laboratories). • Conduct an independent and innovative research by incorporating theoretical and experimental aspects, as well as practice acquired in the field at a national or international level. • Work both independently and in groups. • Be capable of effective oral and written communications, including in English. • Argue from solid and consistent basis in the field of Earth Sciences; demonstrate logically a scientific argument and convince a varied audience while being open to new ideas.

Training Objectives. The Master in Earth sciences offers a training that combines fundamental science and practical applications with a view to addressing geological problems of the planet. It aims to provide students with the tools necessary to manage fields governing Earth Sciences through a multidisciplinary approach: geodynamics of mountain chains and its underlying physical processes, the geochemistry of mantle and terrestrial crust, the evolution of life, oceans and paleoclimate through the study of sedimentary rocks, monitoring and modeling of surface geophysical processes, reservoir geology and basin analysis, mineral resources, and geological hazards. Students use analytical methods and laboratories and are involved in field studies, in collaboration with academic, research and industrial partners. The skills acquired during this program prepare concretely to professional duties and to very varied insertion areas in the sphere of Earth Sciences. In this context, at the end of the Master, students are able to: • Analyze the challenges in the field of Earth Sciences. • Develop critical thinking, capacity for analysis and synthesis in the management of contemporary issues related to Earth Sciences. • Propose solutions to complex problems in geology on the basis of technical knowledge, of field measurements, of quantitative data processing and of modeling methods. • Use sharp tools in Earth Sciences (equipment and analytical techniques, laboratories). • Conduct an independent and innovative research by incorporating theoretical and experimental aspects, as well as practice acquired in the field at a national or international level. • Work both independently and in groups. • Be capable of effective oral and written communications, including in English. • Argue from solid and consistent basis in the field of Earth Sciences; demonstrate logically a scientific argument and convince a varied audience while being open to new ideas.