I am an Electrical-Electronics Engineer graduated from Zonguldak Bülent Ecevit University. With a strong background in electrical installation projects and hands-on experience in hydroelectric power plants (HPP), I possess a blend of theoretical knowledge and practical field expertise. I am passionate about developing innovative engineering solutions, particularly in artificial intelligence control systems, microprocessor architectures, and electric machines. My graduation project, supported by TÜBİTAK 2209A, demonstrates my academic dedication and team-working capabilities.

• Programming & Software: Python, C, MATLAB, Simulink.
• Design & Analysis: AutoCAD, SolidWorks, Proteus, Pspice, LTspice.
• Industrial Systems: Siemens S7 PLC, Power Electronics, Microprocessors, Logic Circuit Design.
• Specialized Fields: Image Processing, Artificial Intelligence (YOLO-based object detection), Biomedical Signal Processing, Automation.

• Göltaş Energy: Participated in projects aimed at optimizing energy production processes.
• Evran Engineering: Actively contributed to electrical engineering projects, focusing on field applications, technical documentation, and system analysis.
• Academic Research: Engaged in active research projects with a strong focus on team collaboration, academic organization, and scientific problem-solving.

• AI-Supported-Object-Tracking-System-A-Deep-Learning-and-Image-Processing-Approach-on-Jetson-Nano - Embedded deep learning framework optimized for edge-computing hardware platforms.
• Hybrid-License-Plate-Recognition-System-via-YOLOv11-and-MATLAB-Image-Processing - Hybrid computer vision setup leveraging YOLOv11 and advanced mathematical morphological operators.
• Hybrid-AI-and-Image-Processing-System-for-Cable-Cross-Section-Area-and-Damage-Detection - Real-time structural defect screening coupled with precise industrial pixel-to-mm dimension calculation pipelines.
• Crack-Detection-and-Depth-Analysis-in-Solar-Panels-via-MATLAB-Image-Processing - Specialized inspection architecture detecting micrometer micro-fractures in photovoltaic infrastructures.
• Medical-Image-Processing-and-Analysis-Pipeline-with-Python - Object-oriented diagnostic framework tracking spatial and geometric properties within localized medical environments.
• Brain-MRI-Tumor-Segmentation-and-Quantitative-Analysis-Pipeline - Comparative thresholding pipelines delivering rigorous density evaluations for clinical diagnostic mapping.
• Automated-Lesion-Detection-and-Analysis-Based-on-Brain-MRI-using-Python-and-OpenCV - Morphological structure delineation and anomaly tracking platform developed for medical analysis.

• Industrial-Automation-and-PLC-Programming-with-Siemens-S7-1200 - Factory automated logic routines implementing comprehensive timing control structures, networks, and LAD arrays via TIA Portal.
• Active-Power-Sharing-Synchronization-Analysis-Parallel-Synchronous-Generators-Induction-Motor-LoadsX - Active stabilization matrix profiling dynamic grid load parameters for cross-synchronized physical networks.
• Modelling-Parallel-Synchronous-Generators-Feeding-Induction-Motor-Load-in-MATLAB-Simulink - Advanced dynamic response simulation examining generator parameters under heavy industrial load variances.
• Simulink-Modelling-of-Induction-Motor-Compensation-Methods-and-Parameter-Measurement - Reactive power compensation architectures designed to maximize efficiency indices in high-power setups.
• Transformer-Design-for-Alternative-Current-Energy-Transmission-in-Solar-Inverter-Systems - High-efficiency core winding calculations engineered for integration within clean alternative grid schemes.
• DC-DC-Buck-Converter-Design-and-Performance-Analysis - Solid-state power electronic buck converter analyzing step-down transient behaviors, parameters, and ripples.

• Control-and-Performance-Analysis-of-a-Two-Wheeled-Self-Balancing-Robot-Using-LQR-and-PID - Multi-loop system controller contrasting optimal state-space LQR tracking with traditional classical stabilization principles.
• Microprocessor-Based-Autonomous-Smart-Window-System-with-Temp-and-Humidity-Sensing - Embedded micro-controller environment managing integrated structural automation and safety triggers via sensor array arrays.
• An-Automated-Irrigation-System-Designed-Utilizing-Arduino-Uno - Automated sensory closed-loop agricultural mechanism tracking and adapting soil humidity profiles dynamically.
• Design-of-a-Light-Sensitive-Automated-Lighting-System-Using-LDR-and-Transistor-Switching - Solid-state transistor switching hardware topology engineered for ambient automation frameworks.
• Virtual-Piano-GUI-Application-in-C-with-Win32-API - Close-to-metal low-latency multi-threaded native software harnessing Windows API messaging architecture.
• KiCad-PCB-Design-of-an-Automated-Lux-Meter-with-BH1750-Sensor - Dedicated electronic layout schematic mapping, layered tracking paths, and volumetric structural 3D design checks.

• Utilization-of-7th-Order-Sub-Bands-for-the-Automated-Processing-of-EEG-Signals - Discrete wavelet multi-resolution filtering architecture parsing sub-band waves for diagnostic automation arrays.
• Biosignal-Processing-and-Analysis-Analog-and-Digital-Signal-Processing-Techniques-on-ECG-Signals - Frequency domain filter templates isolating cardiac rhythms from continuous high-frequency environmental distortions.
• Body-Temperature-Measurement-and-Alert-System-Arduino-Based-Biomedical-Design - Real-time medical hardware architecture processing physiological variables to output smart boundary triggers.
• AutoCAD-Technical-Drawing-Exercises - Structured design blueprint archive illustrating orthographic multi-view projections, detailing standard drafting layer tolerances.

My goal is to integrate electrical engineering principles with cutting-edge AI, digital signal processing, and automation techniques to produce innovative, efficient, and sustainable solutions that add value to my organization and society. I am a lifelong learner committed to professional excellence.

• LinkedIn: linkedin.com/in/suataykurt/

Thank you for visiting! Please check out the "Repositories" tab for my complete technical project portfolio.