Mihai Octavian POPESCU, Claudia POPESCU Faculty of Electrical Engineering UPB Electrical Engineering- Ideas for the Future

FACULTY OF ELECTRICAL ENGINEERING The Faculty of Electrical Engineering has a long history. Several major departments, including Electro mechanics, were formed in 1921, when the National School of Civil Engineering (founded in 1864) became the Polytechnic School of Bucharest, trough the royal edict issued by King Ferdinand (June 10, 1921).

FACULTY OF ELECTRICAL ENGINEERING Until the early ‘50s, several faculties have emerged from this initial nucleus, including the Faculty of Electrical Engineering. Today the Faculty of Electrical Engineering offers higher education curricula (at undergraduate and graduate level) and develop research work in theoretical and applied Electrical Engineering.

FACULTY OF ELECTRICAL ENGINEERING Study Topics are in the field of low frequency, low and medium voltage, medium and high currents, including  electromagnetic field and electric circuits,  electromagnetic energy conversion and sources,  renewable energies equipements,  metrology,  electrical machines and apparatus,

FACULTY OF ELECTRICAL ENGINEERING  electric drives and motion control,  power electronics,  electromagnetic compatibility,  bioengineering,  electro technology,  electric and hybrid vehicle,  CAD for electrical engineering,  management for electrical industry.

FACULTY OF ELECTRICAL ENGINEERING

Major fields of study B.Sc.(Engineer- 4 years) Electrical Engineering  Electrical Systems  Power Electronics and Electrical Drives  Instrumentation and Data Acquisition Engineering and Management  Economic Engineering in Electrical, Electronic and Energetic Domain Applied Engineering Sciences  Applied Informatics in Electrical Engineering

FACULTY OF ELECTRICAL ENGINEERING M.Sc (2 years) Electrical Engineering  Power Electronics and Smart Electrical Drives  Informatics in Electrical Engineering  Advanced Electrical Systems  Instrumentation and Advanced Measurements Systems  Engineering for Electrotechnic Products  Nano and Micro Electromagnetic Systems PhD (3 years)- 34 PhD advisers, 250 PhD students

FACULTY OF ELECTRICAL ENGINEERING We are answering the work market requirements at the National and European level, by providing our graduates the best theoretical and practical competencies in research and software design. The Faculty of Electrical Engineering is wide open for all those who want to explore the mysteries of electricity, to learn how to draw up, to design, to build and efficiently exploit the electrical installations and equipment.

FACULTY OF ELECTRICAL ENGINEERING

IDEAS FOR THE FUTURE Major research area  Interaction Electromagnetic Field– Substance  Electric and Hybrid Vehicle  Renewable Energies  Smart Grids

IDEAS FOR THE FUTURE Major research area  Interaction Electromagnetic Field– Substance  Electric and Hybrid Vehicle  Renewable Energies  Smart Grids

IDEAS FOR THE FUTURE Research topics Electromagnetic field theory and computational methods; modeling of nonlinear magnetic materials; electromagnetic compatibility; the modern theory of electrical circuits; distributed parameter circuits as VLSI models; the symbolic circuit analysis; the simulation and modeling of the analog circuits; signal processing; technical magnetism; neural networks.

FACULTY OF ELECTRICAL ENGINEERING

IDEAS FOR THE FUTURE Research topics Electromechanical switching devices; testing techniques and digital control systems for testing; power quality; sensors and transducers; electrical measurements; PWM static converters; biological and medical measurements; diagnosis and monitoring of electrical equipment; reliability and maintainability of electronic and electrical products.

FACULTY OF ELECTRICAL ENGINEERING

IDEAS FOR THE FUTURE Research topics Mathematical models of electric machines and drives; motion control including digital control techniques; numerical and experimental modeling of materials in electromagnetic fields; electric conduction in polymers; biomedical engineering modeling of electrophysiological phenomena

FACULTY OF ELECTRICAL ENGINEERING

IDEAS FOR THE FUTURE Research topics Analytical and numerical methods in boundary value problems; probabilistic models in reliability studies; random phenomena statistics;functional analysis applied in electrotechnics; fractal theory; perturbations and symptotic analysis; biometrics; complex analysis in technical applications.

IDEAS FOR THE FUTURE Electrical Engineering is a challenge for young innovative minds !

IDEAS FOR THE FUTURE THANK YOU FOR YOUR ATTENTION!