SCARA Robot Retrofit
Refurbishment of legacy robot arms using Siemens PLC, servo systems, PROFINET communication, robot kinematics, and a Python joystick interface.
Mechanical design, motion control, Siemens PLC systems, CNC software, machine vision, and AI-powered applications for practical, working machines.
Selected work focused on practical robotics, industrial automation, machine control, and applied AI.
Refurbishment of legacy robot arms using Siemens PLC, servo systems, PROFINET communication, robot kinematics, and a Python joystick interface.
Fire detection workflow combining YOLO, TensorFlow, image processing, and robot motion control for industrial monitoring and anomaly detection scenarios.
Prototype robot developed to automate card insertion, button pressing, display observation, and test logging with a Django GUI and WebSocket-based control.
Additional project archive covering CNC retrofit, delta robot development, concrete printing, medical hexapod systems, and AGV/ROS-based studies.
I am a mechanical engineer focused on robotics and industrial automation. My work combines mechanical design, software, control systems, and machine integration to build systems that move, detect, automate, and work reliably in real environments.
I am strongest when bridging the gap between hardware and software: robot kinematics, PLC motion systems, machine commissioning, computer vision, and practical interfaces for real machines.
Kinematics, path planning, servo systems, motion control, robot integration
Siemens PLC, PROFINET, CODESYS, commissioning, machine installation
Python, C/C++, MATLAB, OpenCV, YOLO, TensorFlow, web-based machine interfaces
SolidWorks, Fusion 360, CNC machining, design-for-build, prototyping
Broader work across CNC systems, robot control, prototyping, and research-oriented engineering projects.
Control panel revision, Mach3 setup, servo calibration, and integration support.
Tool changer and VFD rotation control automation using VB macros and MODBUS.
Kinematics, path planning, image processing, and ADLINK motion controller integration.
CNC revision with automated 4th-axis behavior for tangential head control.
Design, build, and C++ motion software development using STM32-based control.
Industrial programming and control development using CODESYS and EtherCAT.
Special machine design for wire bending and winding in a manufacturing workflow.
Educational and prototype studies around navigation, robotics software, and control logic.
Support on Linux subsystem setup, toolchain preparation, and C++ build environments.
I am interested in robotics, industrial automation, machine control, and applied AI/vision work for real systems.