Graduated from Electrical, Electronics, Electrical-Electronics, Electronics and Communication engineering departments of universities,
Preferably with +2 years of experience in microprocessor-based motor driver hardware design, analog hardware design, or power electronics,
Experienced in multi-layer PCB schematic and layout design,
Knowledgeable in basic BLDC, PMSM electric machines, and HVDC/HVAC motor systems with electric machine driver and control structures,
Experienced in simulation software such as MATLAB, Spice, PSIM, etc.,
Experienced in communication protocols and hardware, including Ethernet, UART, SPI, I2C, USB, RS485, RS422, CANBUS,
Development of hardware in compliance with military standards and test conditions,
Development of hardware in compliance with standard and certification conditions, EMC/EMI, etc. test processes,
Strong communication skills,
Suitable for testing, fault detection, and field teamwork, adaptable to collaborative work,
Analytical thinking and problem-solving skills.
JOB DESCRIPTION
Responsible for the development, testing, and fault detection processes of motor driver and control units used in actuation and system architecture in unmanned aerial vehicle projects with piston/gas turbine engines,
Electric motor driver;
Creating hardware architecture and writing hardware low-level requirements,
Hardware design, management of the testing, production, and integration processes of the designed unit,
Conducting hardware simulation tests and analyzing and reporting the results,
Monitoring, resolving, and reporting issues related to motor and driver faults occurring during testing and in the field.
Ensuring effective coordination with other software, mechanical, production, integration, and system management units,
Creating the most optimal design by evaluating reports from other design disciplines to meet the requirements.