Ali Khorasani

Development of hardware circuits (power, digital, analog) for industrial and medical applications Embedded software development in C, C#, Assembler and VHDL FPGA design, implementation and adaptation of logic modules with VHDL Development and adaptation of graphical user interfaces on Windows CE with C# Creation and maintenance of medical technical documentation Performing ESD tests on electronic devices Circuit design and layout with EAGLE and KiCad, skills=[]

Development of hardware circuits in the field of power electronics, analog and digital circuits as well as ADC systems Embedded software development in C for microcontrollers (PIC, STM32) Conception and development of a high-precision AC voltage regulator with 24-bit ADC and galvanically isolated switching stages with eight output channels Circuit design and layout creation with EAGLE Close collaboration with interdisciplinary development teams in an industrial environment, skills=[]

Overall responsibility as project manager for several medical and aesthetic therapy systems, including RF therapy, cavitation therapy, CPM systems, biofeedback solutions, and other medical devices. Successful initial certification of eight products according to CE guidelines in Iran in close cooperation with the research and development department. Introduction and establishment of a matrix organization within the R&D department for more efficient use of interdisciplinary competencies. Implementation of agile project management (iterative development cycles, milestone planning) and timely execution of several development projects. Project management for a 15-watt laser system, including development of the current control loop, design of the heat sink, and development of a laser temperature control with TEC and PT100 temperature sensor. Development of a sine wave oscillator with variable frequency in five frequency ranges from 350 kHz to 1.2 MHz with currents up to 5 A via MOSFET bridge circuits; design of precise filters for generating sinusoidal waveforms and reducing harmonics. Project management for an 8-channel current source stimulator project, including the development of central circuit components in cooperation with the design team (e.g., output transformer, constant current MOSFET driver). Project management for a pneumatic shockwave system with responsibility for monitoring the mechanical design, prototype manufacturing, and control of sensitive manufacturing processes (e.g., heat treatment, mechanical precision up to 0.01 mm). Development of hardware for speed control of DC motors for compressor systems., skills=[]