Control System Engineer specializing in automation, robotics, and renewable energy systems. Proven ability to
develop innovative solutions that enhance efficiency, reliability, and sustainability. Experienced in bridgin…
Control System Engineer specializing in automation, robotics, and renewable energy systems. Proven ability to
develop innovative solutions that enhance efficiency, reliability, and sustainability. Experienced in bridging academic
research with practical engineering applications and collaborating effectively within multidisciplinary teams to deliver
impactful projects that improve production processes and meet international standards.
Developing MATLAB/SIMULINK simulation models to replicate the real-world systems.
Design and testing of control system architectures on developed systems.
Collaborated with multidisciplinary engineering teams, producing technical documentation, reports, and presentations to support decision-making.
Conducted troubleshooting, maintenance and optimization on existing systems.
Developing MATLAB/SIMULINK simulation models to replicate the real-world systems., Design and testing of control system architectures on developed systems., Collaborated with multidisciplinary engineering teams, producing technical documentation, reports, and presentations to support decision-making., Conducted troubleshooting, maintenance and optimization on existing systems.
Designed a conveyor-based measurement inspection device for textile products within the scope of industrial quality automation.
Computer vision algorithms suitable for achieving the necessary and precise segmentation within the ISO standards used in the factory have been designed and tested.
Various types of products (shirts, boxers, panties) were automatically inspected across multiple sizes and styles.
Achieved dimensional accuracy of 1 mm, ensuring reliable quality control for men’s, women’s, and children’s apparel.
Designed mechanical conveyor structure, electronics, and system integration, delivering a scalable solution that improved production efficiency and compliance.
Designed a conveyor-based measurement inspection device for textile products within the scope of industrial quality automation., Computer vision algorithms suitable for achieving the necessary and precise segmentation within the ISO standards used in the factory have been designed and tested., Various types of products (shirts, boxers, panties) were automatically inspected across multiple sizes and styles., Achieved dimensional accuracy of 1 mm, ensuring reliable quality control for men’s, women’s, and children’s apparel., Designed mechanical conveyor structure, electronics, and system integration, delivering a scalable solution that improved production efficiency and compliance.
. Developed a 3D-printed miniature robotic manipulator roughly styled as an 80% scaled version of the UR3 industrial robot. • Designed and implemented control boards, human-machine interface (HMI) and Professional Control Cabinet for precise robotic arm control. • Tuned PID controllers for arm joint motors to maintain synchronization with reference signals using MATLAB/SIMULINK. • Created software to analyze .STL files for spray path extraction and robotic arm motion planning Using Bullet real time physics simulation. • Verified precise and repetitive application of spray paths on target bodies
• Designed and Programmed control board to communicate with PV inverters via VOLTRONIC protocol (RS232). • Designed intelligent system to calculate lithium battery state of health (SOH) within battery management system (BMS). • Developed database platform with SUPABASE for user data storage and system status monitoring. • Created user interface using Streamlit for account management, system monitoring, and inverter command modification.
• Built 3D-printed robotic arm with 5 degrees of freedom and conveyor belt using DC motor. • Implemented computer vision algorithms for sorting products by color and shape via live video streaming.
• Programmed Delta SX2 PLC using WPLSoft as main controller for production line. • Utilized Delta VFD-L to drive three-phase motor. • Integrated magnetic limit, proximity, and inductive sensors for product detection and mechanisms control. • Added barcode/QR code scanning stage using computer vision to verify product-material compatibility. • Executed project within Industrial Equipment Laboratory.
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