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Junior Network Administrator

English Proficiency Test

Bangkit Academy Cloud Computing Learning Path

Cloud Foundation

Menjadi Cloud Engineer

Google Cloud Skill Boost

The Bits and Bytes of Computer Networking

System Administration and IT Infrastructure Service

Cyber Security Operation

Belajar Dasar Pemrograman Javascript

Belajar Dasar-Dasar DevOps

Webinar Renewable Energy For a Better Life

Webinar Future Trend of Electricity

Responsible for setting up the cloud environment as well as developing APIs that became the core of our team's applications. In this project, we used Google Cloud Platform as the cloud platform and used Google Compute Engine as the server, the API was created using Node JS with Express JS framework, I also configured VPC so that the API can be accessed by the public. This experience taught me the importance of collaboration, communication, and critical thinking when working on projects.

Bangkit Academy 2023 Batch 1

This project demonstrates a complete deployment of Odoo 13 Community Edition using a modern and production-ready infrastructure. The system is containerized with Docker & Docker Compose, uses PostgreSQL as the backend database, and is secured behind Nginx reverse proxy with Let's Encrypt SSL.
The deployment includes Odoo’s installation, initial database setup, environment configuration, and production optimization such as proxy timeouts, persistent volumes, and reverse proxy routing. The project also resolves common production issues such as Odoo’s long loading time during module initialization (504 Gateway Timeout), by adjusting Nginx proxy parameters.
<Turned Off due to lack of resources>


Odoo 13

A case study on reorganizing a computer network. To see the details of the case study you can open the learning module on page 10 “Tugas Project 2: TUGAS PRAKTEK-DEMONSTRASI/PRAKTEK”.

Junior Network Administrator Final Project

This project visualizes tree crown data in the form of a map, for now the website can only display the ID of each detected tree crown. The detected satellite images will be processed by a machine learning model in Google Colab that will generate geospatial coordinates of each detected tree crown, then each detected tree crown will be assigned an ID and stored in the database. The geospatial data stored in the database will be connected to NextGIS to be processed into a vector layer. The initial image detected by google colab can also be uploaded to NextGIS and published as a raster layer that can be used to visualize the tree data collection in the area.

For now the development is only in the NextGIS stage, because I was not able to display the map on my website due to CORS problems of NextGIS, I need to upgrade my NextGIS to paid mode to set the CORS.

Hello

Projects