Process Optimization, BPMN 2.0, Lean Manufacturing, SCADA Systems.
Python (Data Analysis), PLC Programming, C++, MATLAB simulations.
IoT Integration, Energy Management, Predictive Maintenance, Robotics.
Designed and implemented an intelligent home automation system for a student dormitory to reduce energy waste while maintaining user comfort. The solution combined real-time sensing, automated actuation, and user override controls.
Built with Simulink simulation and Arduino deployment, the system used temperature, humidity, rain, and motion sensing to drive automated lighting, appliance switching, and window control.
Developed a digitized smart factory model to transform legacy workflows into an Industry 4.0 aligned system. The project redesigned quality inspection and maintenance management using BPMN 2.0 in Camunda.
The solution replaced manual checks with sensor-based controls, introduced predictive maintenance, and structured process decisions through gateways, automation triggers, and logging.
Contributed to an open-source robotics learning platform designed to provide structured and accessible technical education for students and professionals moving into robotics.
Using Jekyll and GitHub workflows, I supported architecture, page layouts, navigation, and dark-theme UI development while collaborating with product and robotics engineering contributors.
