Automation Engineering Technology
@ Universitas Negeri Jakarta
Undergraduate student in Automation Engineering with hands-on experience in PLC programming, HMI development, and industrial control systems. Former President of the UNJ Robotic Club — leading teams to national and international competitions. Passionate about IoT, industrial automation, and building intelligent systems.
Universitas Negeri Jakarta
// Dokumentasi Akademik
Automation & IIoT
3
Implemented PLC control logic for conveyor-based weight sorting with I/O mapping and interlocking in a Factory I/O environment. Designed mobile HMI for real-time production monitoring. Applied IIoT architecture (PLC → Node-RED → Firebase) for remote SCADA-like visualization.
Training & Development
3
Developed 20+ automation and IoT prototypes using Arduino, ESP, sensors, and control systems. Delivered hands-on training on embedded programming, wiring, and system integration. Guided participants in building real-time monitoring and smart automation projects.
Robotics – SDGs
3
Robotic tools for navigation and transportation of ship-based waste in the Muara Angke area, Jakarta – supporting SDGs (Life Below Water). Designed and assembled the ship's electrical system for stable and reliable operation. Implemented and tested electrical installations for safe vessel performance.
IoT & AI Healthcare
3
Designed and developed OXIBEAT, an IoT and AI-based system for real-time SpO₂ and BPM monitoring. Handled end-to-end development including PCB design, hardware assembly, prototyping, and enclosure fabrication. Built an Android application with real-time monitoring, data visualization, and AI-based health analytics. Integrated cloud storage and AI assistant for remote monitoring.
Robotics – Competition
3
Served as Electrical Lead in developing an electric remote-controlled vessel for KKI competition. Designed and integrated electrical power systems, remote-control architecture, and onboard electronics. Performed system testing, troubleshooting, and optimization for performance and reliability. Collaborated with mechanical and software teams for full system integration.
Mobile & IoT
3
Developed an Android-based application for monitoring and recording physical activity data. Built using Android Studio with focus on data input, processing, and visualization. Integrated with external hardware devices for real-time data acquisition. Implemented cloud storage for tracking and analysis.
Software Development
3
Developed a QR scanner-based application for real-time inventory tracking and management. Integrated database systems for accurate and up-to-date records. Optimized UI for fast and efficient scanning. Improved operational workflow by reducing manual errors and enhancing tracking accuracy.
Industrial Electrical
2
Assisted in electrical wiring, panel preparation, and component installation in an industrial sugar refinery environment. Supported testing, inspection, and basic troubleshooting of motors and control circuits. Ensured proper cable routing and electrical safety practices.
Automation & Control
3
Designed and implemented a Siemens PLC-based water level control system for automated and reliable operation. Developed and integrated an HMI interface for real-time monitoring and system visualization using TIA Portal.
Robotics – Competition
2
Contributed to the development of an electric remote-controlled vessel for KKI 2024. Designed and integrated electrical power systems and onboard electronics. Implemented remote-control navigation system. Conducted testing and optimization for reliability, efficiency, and responsiveness.
Robotics & AI
3
Designed and developed an autonomous robot for object detection and selection. Integrated sensors, cameras, and actuators for navigation and manipulation. Implemented image processing-based detection for real-time performance. Conducted system integration, testing, and debugging.
Pekan Ilmiah Mahasiswa Nasional (PKM-KC)
Reached the national final of Indonesia's most prestigious student scientific competition. Led the team as electrical & automation lead, responsible for the design and implementation of the ship's control and navigation system.
Electric Remote Control Division (KKI 2025)
Competed in the national ship design competition representing UNJ. Handled full electrical system design, wiring, and waterproofing of the remote-controlled vessel for stable performance on open water.
Program Kreativitas Mahasiswa Karsa Cipta
Received competitive government research funding for an innovative student project. Led technical development of the prototype and coordinated cross-functional team tasks to meet Dikti submission requirements.
Electric Remote Control Division (KKI 2024)
Selected as national finalist for the second consecutive year. Improved electrical reliability and motor control systems based on lessons from the prior competition, contributing to better overall performance.
Kontes Robot Tematik Indonesia (KRTMI)
Participated in the regional robotics competition as part of UNJ's Robotic Club team. Contributed to hardware wiring, sensor integration, and pre-competition testing of the robot platform.
Kontes Robot Tematik Indonesia (KRTMI)
Selected as a National Finalist in KRTMI at KRI 2023. Contributed to electrical system integration and testing, ensuring stable robot performance during the national competition.
Certificate of Completion
Completed a comprehensive course covering IEC standard electrical symbols, industrial control panel design, and motor control wiring. Applied knowledge includes reading and creating schematics for DOL, star-delta, and VFD motor control circuits, along with safety interlocking standards used in industrial environments.
Open to internship opportunities, contract work, project collaborations, and discussions in automation engineering & robotics.