Renewable Energy
M1
This
course is intended for Master's students in the Energy Physics and Renewable
Energies option (M1 S2).
Renewable energies (abbreviated as Re_En) refer to energy sources that naturally replenish at a fast enough rate to be considered practically unlimited in human timescales. They originate from cyclic or constant natural phenomena caused by celestial bodies, primarily the Sun for its heat and light, as well as the Moon's gravitational pull (tides) and the Earth's generated heat (geothermal energy). The renewability of these energy sources depends on both the rate at which they are consumed and the rate at which they regenerate.
The aim of this course is to provide an understanding of various categories of renewable energies.
Renewable energies (abbreviated as Re_En) refer to energy sources that naturally replenish at a fast enough rate to be considered practically unlimited in human timescales. They originate from cyclic or constant natural phenomena caused by celestial bodies, primarily the Sun for its heat and light, as well as the Moon's gravitational pull (tides) and the Earth's generated heat (geothermal energy). The renewability of these energy sources depends on both the rate at which they are consumed and the rate at which they regenerate.
The aim of this course is to provide an understanding of various categories of renewable energies.
Scientific English
M1
Scientific English for M1 physics (Energ+Mats) (S2).
Scientific English is a specialized form of English used in academic and professional scientific communication. For master's students, mastering it is essential for their academic, professional, and personal growth. It enables them to understand, write, and present research papers accurately and effectively. By developing strong proficiency in Scientific English, master's students enhance their competitiveness in both academia and industry while making meaningful contributions to global scientific progress.