PT Mitra Akses Globalindo (MAGNET)

Jakarta, Indonesia

Leads product development for IoT communication platforms and digital radio integrations. Designs system architecture, ERD, and product documentation, and ships integrations that connect IP-based devices with non-IP radio infrastructure.

• Designed and built AIS Receiver-based vessel monitoring system to meet Indonesian Ministry of Transportation (DJPL) regulations
• Architected Push-to-Talk over Cellular (PoC) integration with Digital Mobile Radio (DMR), unifying smartphones, laptops, and handy-talky (HT) radios on one platform
• Built DMR-based IoT Gateway on HT radio frequencies for rural/blank-spot communication and data transmission without internet
• Implemented Amazon S3 for secure, scalable file storage
• Managed backend infrastructure on Kubernetes with CI/CD pipeline integration to accelerate deployment cycles
• Created product documentation, system flow diagrams, and ERDs as engineering references

PT Mitra Akses Globalindo (MAGNET)

Jakarta, Indonesia

Research and prototyping of next-generation IoT communication solutions for industrial and rural deployments, bridging IP and non-IP networks through DMR radio, GPS, and OBD2 vehicle data.

• Developed IoT communication solutions using Digital Mobile Radio (DMR) with handy-talky (HT) frequencies, reaching tens of kilometers without internet
• Built dispatcher dashboard application for live human and fleet tracking in plantations and mining (blank-spot areas)
• Created application reading GPS and vehicle engine data through OBD2 systems
• Built DMR link-quality monitoring application to track HT radio frequency quality
• Managed Linux servers supporting the applications and implemented CI/CD with Jenkins for faster development cycles

PT Mitra Akses Globalindo (MAGNET)

Jakarta, Indonesia

Built end-to-end IoT systems across edge, gateway, and cloud layers. Designed MQTT topics, deployed monitoring dashboards, and administered the Linux backend.

• Studied and applied end-to-end IoT system architecture (edge devices → gateway → server) and operations
• Configured MQTT protocol with Eclipse Mosquitto broker, including topic structure and QoS levels
• Created Node-RED flows for sensor data ingest, processing, and routing
• Developed firmware on Raspberry Pi, ESP32/ESP8266, and Arduino for data acquisition and MQTT publishing
• Built real-time monitoring dashboards and alerting with Grafana; monitored infrastructure with Zabbix
• Set up and managed Linux servers (service installation, service management, basic logging) as monitoring backend