Experience

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  İncekaralar

  Jul 2019 - Aug 2019

  Engineering intern
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  Andasis elektronik sanayi ve tic. a.s.

  Sept 2019 - Apr 2020

  • Hardware Designer

    Mar 2020 - Apr 2020

  • Hardware Engineering Intern

    Sept 2019 - Feb 2020
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  Baykar technologies

  Jul 2020 - Apr 2021

  1.Printed circuit design for determining the currents drawn by brushless direct current motors used in aircraft.2.The design of the signal conditioning of the sensor used to measure the propeller speed of a turboprop engine.3.Signal conditioner circuit design for measuring fuel flow in a turboprop engine.4.Timer printed circuit design whose frequency and duty cycle can be controlled for use in tests.

  • Hardware Engineer

    Sept 2020 - Apr 2021

  • Hardware Engineering Intern

    Jul 2020 - Sept 2020
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  Dvn automation

  Sept 2021 - Apr 2022

  Hardware engineer

  1.Signal Conditioning PartsBody Impedance Measurement, Pulse SPO2 and loadcell Amp. printed circuit boards were designed with Altium Designer.2.Power ElectronicsLi‑on Battery Charge, 2.7V‑4.2V to 9V boost converter(non‑isolated) PCB was designed and analyzed with PSpice and Altium Designer.3.Analog ElectronicsAnalog Front End was designed with low noise opamps for low bioimpedance measurement.

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  Fi̇ges a.ş.

  Apr 2022 - Jul 2023

  Hardware design engineer

  1.Scooter IoT PCB (2ND Version was developed with Altium Designer)1.1.RF/Microwave Parts of IoT PCB‑This printed circuit board consist of gsm, gnss and bluetooth antennas and two RF transceiver modules.‑Impedance was calculated for all antennas in a four‑layer printed circuit. (SaturnPCB)1.2.MCU and Digital Communication Parts of IoT PCB;‑Arm CortexM23 core microcontroller was used.‑The width and clearance of the USB and CAN bus lines were calculated and drawn according to the Layer Stackup. (KiCAD and Saturn PCB)1.3.Power Electronics Parts of IoT PCB‑48V main battery input was regulated with step‑down IC.‑2.7V4.2V LiPo battery was regulated with step‑up IC.‑Power Mux part was designed for UPS.2.Scooter Testbench PCB2.1.Protection and Conducted Emission Filter parts of TB PCB‑Resettable fuse and TVS Diode were selected for overcurrent and overvoltage protection.‑Cutoff frequencies of differential mode and common mode noises were determined.‑Common mode choke, Cx capacitor, Cy capacitors and Damping Capacitor were selected.2.2.Power Electronics Parts of TB PCB‑Four non‑isolated buck converters set to 12V, 9V, 5V and 3.3V to feed the power switches.‑Smps IC with I2C interface, whose output voltage can be adjusted, was chosen to feed the magnetic powder brake.‑The Isolated DC‑DC Converter Module was used to supply the ISO‑CANBUS line.2.3.MCU, Digital Parts and Sensors of TB PCB‑TI C28x core microcontroller was used.‑RS232 Full transceiver IC and RS422 Full transceiver were used for RS232 and RS422 connection‑Isolated CANBus IC was choosed and ISO‑CANBUS line was calculated and drawn according to the Layer Stackup. (Altium Designer and SaturnPCB)‑Board M. Current Sensor IC (Hall Effect) was used for motor drive current and regenerative brake current measurement.3.Matlab PCB Antenna and Matching Network Designer3.1.Meandered Inverted‑F Antenna in the application note was analyzed. S11 parameter is obtained. L type matching network was designed. Show less

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  Gentek elektronik san tic a.s

  Jan 2024 - now

  Hardware design engineer

  1. Data LoggerPCB Antenna was designed for 2G and 4G bands. Pattern and S Parameters were obtained with HFSS. The trace(coplanar waveguide) between the RF transceiver and the antenna was calculated and drawn with Altium Designer. Humidity, accelerometer, air quality, light and temperature sensors were selected and communication was established with the GSM module and I2C interface.2. Electromagnetic Flow Meter2.1 RF/Microwave Parts of Electromagnetic Flow MeterThis PCB consist of GSM, LoRa and Bluetooth antennas, as well as three RF transceiver modules. The traces (coplanar waveguide and microstrip) between RF transceivers and antennas were calculated and drawn with Altium Designer.2.2 MCU, Digital Communication and HMI parts of EMFThe STM32L0 series microcontroller was used based on the RS-485, Analog Outputs(4mA-20mA and 0V-5V), and HART requirements. The impedance of the RS-485 (Diff. coplanar waveguide) trace was calculated with Altium Designer. Capacitive touch pads were designed for HMI.3. USB-RS-485 ConverterThe isolated transceiver was selected. The push-pull converter was designed for the selected transceiver. The transformer driver and transformer were used according to the transceiver's requirements. The impedance of the RS-485 (Diff. coplanar waveguide) trace was calculated with Altium Designer.4. Vortex Flow MeterA differential mode and common mode filter were designed for the variable frequency sinusoidal wave from the sensor. The differential signal was converted to a single-ended signal using an instrumentation amplifier. The signal was amplified so that the microcontroller could interpret it. The circuit was simulated using LTSpice. Show less