IoT water usage & quality monitoring
Led an integrated real-time water consumption and quality monitoring system, awarded national PKM-KC funding by Kemendikbudristek.
Available for engineering opportunities
Electrical engineer bridging field instrumentation, industrial control, and connected IoT systems—from the refinery floor to real-time dashboards.

01 / SELECTED WORK
Led an integrated real-time water consumption and quality monitoring system, awarded national PKM-KC funding by Kemendikbudristek.
Managed migration, calibration, loop checks, testing, and technical documentation during Turnaround 2025.
A remote water metering device built around Arduino and ESP connectivity, selected for national PKM-KC funding.
Developed and taught systems spanning PLC programming, SCADA, HMI, digital techniques, and IoT.
02 / EXPERIENCE
Coordinated field instrument digitalization at the Paraxylene Complex, ensuring specification, schedule, loop-check, and documentation quality.
Calibrated CEMS instruments, installed and relocated field instruments, and completed cable termination across field and control-room systems.
Guided practical sessions in digital techniques, programming, PLC, SCADA, and IoT while assessing student work.
03 / ABOUT
I’m an Electrical Engineering graduate specializing in weak-current and control systems, motivated by one question: how can technology make physical systems safer, smarter, and easier to understand?
My work moves between hardware and software—from 4–20 mA transmitters, calibration, and electrical drawings to MQTT, embedded devices, and dashboards.
04 / CREDENTIALS