Ali Khorasani

Elektronikentwicklung im Bereich Forschung und Entwicklung

Team leader of RF therapy for beauty.Project Engineer of cavitation therapy. Project Engineer ofCPM , biofeedback , ... . Obtaining CE certificate for 8 different products forthe first time in Iran together with the R&D group. Implementation ofthe matrix structure in the R&D department. Implementation of project control in the agile project method and timely delivery of several projects in this way.

As a Project Engineer and Electronic Engineer of 15 watt laser, design current control circuit ,design heatsink and design Lasertemp control circuit by TEC and PT100 temperature sensor. Team leader of 2watt laser. As a Project Engineer and Team leader:Design of sinusoidal oscillator with variable frequency in 5 frequency ranges from 350 kHz to 1200 kHz up to 5 amps by Mosfets in bridge configure. Designing accurate filters to create sinusoidal waveforms and remove excess harmonics for RF therapy project

As an Advanced Electronic Engineer:Designing different parts ofthe circuit with the design team (designing the output transformer, designing the constant current MOSFET driver, etc)for the 8-channel current source stimulator project As an Advanced Electronic Engineer Electronic Engineer and Team leader: Supervising the design of mechanical parts, andHardware design ofDC motor speed control(compressor)for pneumatic shockwave project Team leader of new case design.

As an Advanced Electronic Engineer and Software Developer: Stimulator device standardization according to 60601-1 standard and applying hardware and software changes (for example: creating 4 KV isolation, isolated PCB, etc.) As an Advanced Electronic Engineer:Color TFT display module design for LCD drive with lpc1788 microcontroller and 4-layer PCB board design and free RTOS programming in keil. As a Senior Software Developer: Programming in C# of windows ce5 OS along with software group for display module.

Magnet therapy project: Designing a 16 amp switching driver with a frequency of 10 kHz to control the intensity of the magnetic field. 10,000 line programming in C language with ATMEGA32 microcontroller . Designing 5 amp constant current power supply . Designing PCB with Altium. Magnetic Shockwave therapy project: Designing a 16 amp switching driver . Programming in C language with LPC1768 microcontroller. Software modification of traction and stimulator devices.