HUSEYIN BARTU YAZICI

Bachelor's degree in Electronics and Communication Engineering from Kocaeli University, currently pursuing a Master's degree at Gebze Technical University in Electronics Engineering. Specializing in embedded systems, microelectronics, and ASIC/FPGA design. Experienced in developing projects using STM32, ESP32, and FPGA boards. Proficient in image processing, machine learning, signal processing, and communication through Matlab/Simulink. Seeking new job opportunities in collaborative environments.

Chip Design Specialization Program, Ministry of Industry and Technology of Turkey

• 28NM 8-BIT ALU VLSI DESIGN AND FPGA IMPLEMENTATION:
  Designed an 8-bit ALU including a 4x4 multiplier block at the CMOS level using Cadence tools.
  Implemented the design on a Nexys-4 FPGA board and performed comparative analysis between ASIC and FPGA implementations.
• CRC-15 VERILOG DESIGN:
  Design and simulation of CRC-15 coding technique used in CAN communication in Vivado. Generating timing, power, and coverage reports, and implementing ASIC flow using OpenLane with Sky130nm technology.
• 8-BIT ADJUSTABLE PWM GENERATOR DESIGN:
  Designed and simulated an 8-bit PWM generator with tunable frequency and duty cycle via input ports. Implemented on a Basys3 FPGA board using Vivado. Verified functionality through behavioral simulation and waveform analysis for applications like motor control and signal modulation.
• EDGE DETECTION IMAGE PROCESSING DESIGN IN VERILOG:
  After generating a COE file in MATLAB and importing it into a ROM IP in Vivado, I implemented edge detection using the Laplacian kernel. The testbench results were exported to a text file and visualized in MATLAB.
• PMOD 7-SEGMENT CARD FOR BASYS-3 FPGA BOARD:
  Designing PCB card using Altium and soldering SMD components and driving with BASYS-3 FPGA board.
• 3-BIT ADC VLSI DESIGN:
  Designing CMOS-level schematic and layout for a 3-bit ADC on the Tanner Tools platform and performing simulations.
• PLL DESIGN:
  Performed full-circuit design and behavioral simulation of a PLL, including phase detector, low-pass filter, VCO, and N-divider blocks. Used QUCS-S and Simulink for simulations, incorporating IHP 130nm BiCMOS technology models for accurate device-level analysis.
• SPOT DETECTION ON LEAVES:
  Detection of spots on leaves using image processing techniques in the RGB space with MATLAB.
• MEDICAL IMAGE DENOISING USING AUTOENCODERS AND ANOMALY DETECTION:
  Developed a CNN-based autoencoder to denoise medical images by learning compressed representations and reconstructing clean outputs. Integrated anomaly detection to highlight abnormal regions, enhancing diagnostic accuracy.
• ESP32 IOT APPLICATIONS:
  Developed IoT applications by collecting data from various sensors and transmitting it to a custom website database using ESP32. Implemented reliable data communication and real-time monitoring features.