Teaching several subjects to Electrical Engineering and Computer Science at undergraduate level:Subjects taught (Course title): - Fundamentals of Computing ( Algorithms and fundamentals of C programming)- Fundamentals of Computer’s Architecture (Von Neumann CPU and Assembler programming)- Fundamentals of digital electronics - Fundamentals of Electrical Engineering

Teaching several subjects related to IT Systems and Electronic Product Maintenance VET undergraduate degree programs Subjects taught (Course title):- Introduction to digital systems (90 hours /year) - Microcontroller-based programmable systems (180 hours/year)- Quality (60 hours/year)- Design, development and prototyping of electronics projects and products (150 hours/year)- Management of information technology (IT) systems (100 hours/year)- Design and development of IT systems (120 hours/year)

- Switched-capacitor DC-DC converter design with 0.8 um HVCMOS technology from DALSA semiconductor

- Design of mixed-signal integrated circuits with smart power high-voltage BCD technologies (level-shifters, switched-capacitor DC-DC converters, comparators, operational amplifiers...)- Modelization and numerical simulation of charge pump circuits with Matlab/Scilab- Design of high-voltage driving circuits for piezoelectric-based actuators- Integration technologies expertise: 0.7u I2T100 BCD (ON semiconductor, former AMI semiconductor), 0.8u HCVMOS (DALSA semiconductor)

PCB hardware design engineer at the R&D department (Plasma TV design group) - Design of printed circuit boards for TV digital terrestrial applications on Plasma TV models (MRX and XS1) of SONY Wega Engine familiy- Schematic design, prototyping and test

PCB hardware design engineer at the R&D department - Design of complex printed circuit boards (up to 6 layers) using Cadence Allegro and Specctra (devices: 32 bits Intel StrongARM microprocessor + AC/AC and AC/DC power supply system, PCMCIA card, SDRAM, Flash Memory, CPLD...)- Prototyping, soldering (SMD and BGA devices) and test of the boards (JTAG boundary scan)

Internship at the R&D department - Embedded firmware development using C language (16 bits H8 Hitachi microprocessor) and software development with Visual Basic.