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Programme

The program consists of one year of M1 (60 ECTS) and one year of M2 (60 ECTS). Both years are taught entirely in French.

M1 Semester 1:

UE	Title	Lectures	Tutorials	Practicals	ECTS
UE 1	Energy stakeholders (regulatory and legislative framework)	30	–	–	5
UE 2	PV and wind energy	6	10	14	4
UE 3	System control in state space	6	10	14	4
UE 4	Applied energy	–	26	20	4
UE 5	Measurement chain	6	10	14	4
UE 6	RF energy harvesting (guided waves)	4	6	10	3
UE 7	Multiphysics numerical simulation	6	10	14	4
UE 8	Academic and pre-professional English	–	30	–	2

M1 Semester 2:

UE	Title	Lectures	Tutorials	Practicals	ECTS
UE 1	Solar radiation and radiative transfer	6	10	14	4
UE 2	Fluid dynamics	6	10	14	4
UE 3	Energy systems optimization	12	8	0	3
UE 4	Hydrogen (H₂) vector and storage systems	6	10	14	4
UE 5	Low-rate, low-power network architectures	4	6	10	3
UE 6	Smart networks: transmissions and protocols for low power	4	6	10	3
UE 7	Numerical simulation – electronics, TESF	6	10	14	4
UE 8	Project (professional experience)	20	–	–	5

M2 Semester 3:

UE	Title	Lectures	Tutorials	Practicals	ECTS
UE 1	Climate change and impacts	6	10	14	4
UE 2	Climate change challenges and sustainable development	6	10	14	4
UE 3	Systems diagnostics	12	8	0	3
UE 4	Energy management in electrical networks (Smart Grid)	6	10	14	4
UE 5	Network services for constrained devices	4	6	10	3
UE 6	Networks and security	4	6	10	3
UE 7	Energy law and environmental geopolitics	6	10	14	4
UE 8	English	20	–	–	5

M2 Semester 4:

UE	Title	Lectures	Tutorials	Practicals	ECTS
UE	Professional experience	20	–	–	5