Energy Systems

- learn to formulate or model real-world problems using the language of modern theoretical engineering, solve them using the techniques from applied statistics, physics and mathematics and control;
- develop or adapt mathematical and computational methods to solve real-world engineering and network problems;
- gain full visibility into the energy sector, its structure, systems, equipment, potential challenges, issues, and solutions;
- acquire knowledge and skills for conducting research in the area of day-to-day control and planning of electricity, gas, heat, bulk power supply and distribution systems;
- gain broad research experience working for diverse teams and doing an internship with the industry's leading companies and labs (increasing the chances of a good job offer).

Requisitos: - Knowledge and skills: Linear algebra, Basic probability, Programming, General Physics (mechanics, electro-magnetism, thermodynamics). High level of English proficiency. - Education: Bachelor Degree in Engineering (Electric or Mechanical), or Bachelor Degree in Mathematics, Computer Science or Physics. - English Language: If your education has not been conducted in English, you will be expected to demonstrate evidence of an adequate level of English proficiency.