Power Electronics Analog Design, Adaptability, Communication Protocols, PCB Design Prototyping, Embedded Microcontrollers Raspberry Pi ESP32

Electronics Engineering, trade-off analysis, fpga programming, design documentation, cross-functional collaboration, Mentoring, Design Calculations, Product Development, Electrical Engineering, Circuit Design, project management

Uart, Pwm, Can, Spi, Debugging, I2c, microcontroller architectures, EMC layout practices, embedded hardware design, Emi, STM32, Communication Protocols, ultrasonic sensors, lidar, multilayer PCB layout, Gps, barometers, IMUs, Validation, NXP, DC-DC converters, schematic capture, Power Electronics, battery management, Sensors, magnetometers, ESCs

Bluetooth, C, Microcontroller, Wi-Fi, AI coding tools, Sensor modules, Low-signal measurement, Circuit Board Design, MicroPython

Embedded electronics design, Electric vehicle power train architecture, Digital circuit design, Measuring instruments, Testing and qualification of hardware, Power electronics circuit design, Microcontroller power supply design, Circuit validation through calculations and simulations, Functional safety standard ISO26262