Electrical engineering

• Analysis of designed components of total systems and their impact on the total system.
• Assembling circuit breakers and run the routine tests.
• Monitoring, verification, and finalization of all the operating data of the plant and of the production-managerial parameters, of their processing and reporting to management and external bodies 

▪ Smart measurement architecture for electric systems- Signal acquisition and processing
 systems. ADC devices, Signal sampling, Aliasing and Anti-aliasing strategies, Communication
protocols (NTP, PTP). Instruments for power system parameter measurement.
▪ Electric power systems-Modelling of the main components of electric systems, Short-circuit
currents computation, computation of faulted state, Protection of power system elements.
▪ Power Electronics-harmonic analysis, Controlled and non-controlled switches, Inverters,
Rectifiers.
▪ Electromagnetic compability- transmission line circuit models for EMC, conducted emissions
and susceptibility. crosstalk, shielding, grounding, measurement instrumentation.
▪ Construction and design of electrical machines-sizing and the detailed design of components
and for the evaluation of their performances, characteristic curves, and related parameters.

▪ Key courses:
Electric circuit analysis, Linear Integrated circuits, Microprocessor and Microcontroller, Digital
electronics, High voltage engineering, Object-oriented language & c++, Embedded systems, Electrical
safety and management, principle of management.
▪ Good understanding of electrical drawing, planning of projects.

Bachelor Thesis:
Harmonic analysis in nine switch inverters using PSO technique: The proposed work presents
an accurate solution for nonlinear transcendental equations of the selective harmonic elimination
technique used in three-phase nine switch PWM inverters by particle swarm optimization.