IFP School offers applied graduate programs in four main areas of energy and transport:
Powertrains and sustainable mobility
To invent clean hybrid, electric and internal combustion powertrains, the autonomous and connected vehicles of tomorrow, products and new energy production technologies.
- The challenges: faced with a growing global population, the transportation sector requires innovative and optimal powertrains as well as products and energy production technologies to meet the associated demand.
- The knowledge provided: mastering the entire powertrain, from the specifications of components and their control to their integration into the vehicle, optimizing the development of products and energy production technologies and reducing CO2 emissions.
Energy economics and management
To ensure the development of the energy sector and conquer new markets.
- The challenges: faced with many technological and environmental challenges, the energy sector needs professionals who have both scientific knowledge and sound economic and financial skills.
- The knowledge delivered: a global vision of the energy and transport sectors, master economic analysis and the main management and financial tools, analyze and take decisions in a context of globalized and complex energy transition.
Processes for energy and chemicals
To design and optimize processes that meet the challenges of global warming and the circular economy.
- The challenges: faced with environmental and resource availability issues, the evolution of processes and the use of diversified raw materials have become key in the energy and chemical industries.
- The knowledge delivered: design and dimension of industrial installations, and their operation and optimization, ensure safety and protect the environment.
Georesources and energy
To discover new reserves and produce oil and gas responsibly.
- The challenges: in order to meet global hydrocarbon needs, it is necessary to exploit deposits in a sustainable way and to optimize gas and oil production. It is also necessary to discover new resources.
- The knowledge delivered: understanding the architecture of existing deposits and increasing the recovery rate, implementing exploration programs and developing new fields in various environments, controlling environmental and societal impacts.