The objective of this major is to introduce students to certain advanced methods and concepts in optimisation (using whole variables or non-linear functions, stochastic processes) and familiarise them with applications including operational research (quantitative methodology in decision-making processes).
> Legend ![]() |
||||||||
The student shall select |
||||||||
De 15 à 30 credits parmi | ||||||||
Annual block | ||||||||
1 | 2 | |||||||
![]() |
Project in mathematical engineering | Pierre-Antoine Absil, François Glineur (coord.), Yurii Nesterov, Paul Van Dooren | 30h+22.5h | 5 credits | 2q | x | x | |
![]() |
Quantitative Energy Economics | Anthony Papavasiliou | 30h+22.5h | 5 credits | 2q | x | x | |
![]() |
Combinatorial optimization | Jean-Charles Delvenne, Julien Hendrickx | 30h+22.5h | 5 credits | 1q | x | x | |
![]() |
Optimization : Nonlinear programming | Yurii Nesterov | 30h+22.5h | 5 credits | 2q | x | x | |
![]() |
Operational Research | Anthony Papavasiliou | 30h+22.5h | 5 credits | 2q | x | x | |
![]() |
Game theory | Raphaël Jungers | 30h+22.5h | 5 credits | 2q | x | x |