0. Automation and information networks
	Fuzzy logic
	Electronic starters and variable speed drives
1. Electrical knowhow
	Fault arcs on busbar sets and switchboards
	Extra losses caused in high current conductors
	EMC: Electromagnetic compatibility
	Ferroresonance
	Power quality
	Calculations for LV and HV networks
	Electrical disturbances in LV
	Cohabitation of high and low currents
	Electrodynamic forces on busbars in LV systems
	Power supply of lighting circuits
	Electric motors... and how to improve their control and protection
	Electronic starters and variable speed drives
	Overvoltages and insulation coordination in MV and HV
	Lightning and HV electrical installations
	Dynamic stability of industrial electrical networks
2. Electrical networks
	Harmonic disturbances in networks, and their treatment
	Calculation of short-circuit currents
	Automatic transfering of power supplies in HV and LV networks
	Electrical installation dependability studies
	Dynamic stability of industrial electrical networks
	Integration of local power generation in industrial sites and commercial buildings
	Power quality
	The singularities of the third harmonic
	Energy savings in buildings
	Calculations for LV and HV networks
	Inverters and harmonics (case studies of non-linear loads)
	Harmonics upstream of rectifiers in UPS
	System earthings in LV
	System earthings worldwide and evolutions
	The IT system earthing (unearthed neutral) in LV
	Active harmonic conditioners and unity power factor rectifiers
	Neutral earthing in an industrial HV network
	Overvoltages and insulation coordination in MV and HV
	MV public distribution networks throughout the world
	HV industrial network design
	Basic selection of MV public distribution networks
3. Electrical and environmental constraints
	EMC: Electromagnetic compatibility
	Harmonic disturbances in networks, and their treatment
	Enclosures and degrees of protection
	Earthquakes and electrical equipment
	Ferroresonance
	Power quality
	The singularities of the third harmonic
	Electrical disturbances in LV
	Thermal study of LV electric switchboards
	Inverters and harmonics (case studies of nonlinear loads
	Harmonics upstream of rectifiers in UPS
	Disturbances in electronic systems and earthing systems
	LV surges and surge arresters. LV insulation co-ordination
	Active harmonic conditioners and unity power factor rectifiers
	Cohabitation of high and low currents
	LV protection devices and variable speed drives (frequency converters)
	Power supply of lighting circuits
	Overvoltages and insulation coordination in MV and HV
	Lightning and HV electrical installations
	Basic selection of MV public distribution networks
4. Dependability: availability, safety...
	Introduction to dependability design
	Automatic transfering of power supplies in HV and LV networks
	Electrical installation dependability studies
	Uninterruptible static power supplies and the protection of persons
	High availability electrical power distribution
	Dependability and LV switchboards
	Energy-based discrimination for LV protective devices
	System earthings in LV
	System earthings worldwide and evolutions
	The IT system earthing (unearthed neutral) in LV
	Discrimination with LV power circuitbreakers
	Protection of electrical distribution networks by the logic selectivity system
	Neutral earthing in an industrial HV network
	Dependability of MV and HV protective devices
	Basic selection of MV public distribution networks
5. Protection devices and monitoring
	Enclosures and degrees of protection
<	Fuzzy logic
	Residual current devices in LV.
	Uninterruptible static power supplies and the protection of persons
	Energy-based discrimination for LV protective devices
	LV surges and surge arresters. LV insulation co-ordination
	LV circuit-breakers confronted with harmonic transient and cyclic currents
	Intelligent LV switchboards
	Discrimination with LV power circuitbreakers
	LV protection devices and variable speed drives (frequency converters)
	Power supply of lighting circuits
	Protection of electrical distribution networks by the logic selectivity system
	Control equipment for MV capacitor banks
	Behaviour of the SF6 MV circuit-breakers Fluarc for switching motor starting currents
	Control, monitoring and protection of HV motors
	Protection of industrial and commercial MV networks
	Directional protection equipment
	Protection of MV/LV substation transformers
6. Breaking techniques and switchgear
	From current transformer to hybrid sensors, in HV
	SF6 properties and use in MV and HV switchgear
	MV breaking techniques
	Current transformers: how to specify them
	Current transformers: specification errors and solutions
	Vacuum switching
	Development of LV circuit-breakers to standard IEC 947-2.
	LV breaking by current limitation
	The behaviour of SF6 puffer circuitbreakers under exceptionally severe conditions
	Design and use of MV current-limiting fuses
	Control equipment for MV capacitor banks
	Behaviour of the SF6 MV circuit-breakers Fluarc for switching motor starting currents
	Current transformer for HV protection
	Breaking by auto-expansion
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