Drafter at PT. Pertamina Persero
2021 – 2022Drew piping and instrumentation diagrams in AutoCAD for the TBBM Pertamina Tanjung Gerem fuel terminal, documenting its field systems and structures to build a map model of the site.
An electrical and embedded systems engineer from Indonesia. I do and love designing and integrating hardware for embedded, sensor-driven systems and system architecture including: sensor nodes, firmware, wireless links, and the schematics that tie them together.
At Inovast Consulting I design a distributed field monitoring system with Raspberry Pi and ESP32, connected by an ESP-NOW mesh. Design schematics and system architecture in Altium Designer and EasyEDA, select and integrate sensors (pulse oximeter, gas, IMU, GPS) into distributed IoT nodes, and validate hardware through I2C debugging, sensor calibration, and field testing. also optimized power and communication payloads for resource-constrained hardware, and collaborate directly with firmware engineers to bring designs from schematic to working prototype.
hold a Degree in Electronics Engineering from Bandung State Polytechnic. Sufficient in C/C++ and Python for firmware and draw schematics in Altium Designer and EasyEDA.
Designing a distributed field monitoring system: Raspberry Pi and ESP32 nodes with physiological, environmental, motion and GPS sensors, linked over a custom ESP-NOW mesh with packet deduplication, acknowledgments and TTL-based forwarding.
Refurbished water quality monitoring devices at the National Research and Innovation Agency: diagnosed faults, recalibrated sensors and replaced failing parts. Rewrote the Arduino C++ firmware and redesigned the Nextion display interface.
Drew piping and instrumentation diagrams in AutoCAD for the TBBM Pertamina Tanjung Gerem fuel terminal, documenting its field systems and structures to build a map model of the site.
A network of sensor nodes that streams physiological, environmental, motion and position data to one monitoring interface, even where no network infrastructure exists.
Restoring water quality monitoring devices: fault diagnosis, sensor recalibration, new Arduino firmware and a clearer Nextion display.
ESP32 nodes with flow sensors measure flow rate and total volume, shown live on a Highcharts dashboard.
Associate Degree in Electronics Engineering.
Majoring in Instrumentation Engineering.
© 2026 Adrian Aryaputra