Ibrahim Aryan Faridzi

Networking

Portofolio

Here are my Portofolio in the field networking

Internet Network and IP Camera Management Sub title: Monitoring Mikrotik Routers and UniFi Access Points using Telegram Bot
This project was my final practical assignment at SMK Negeri 7 Semarang. I was involved in on-site network surveys, network topology design, and bandwidth optimization by upgrading LAN infrastructure to fiber optic cables and repairing damaged FO splices.

I also optimized access point channels to reduce interference, maintained and troubleshot IP cameras, and ensured reliable network performance across the school. The core focus of this project was developing a Telegram bot-based monitoring system that automatically notifies administrators when UniFi access points go offline, enabling faster response to network issues.
View project documentation
Questions for UKM PCC Network Staff Selection
Designed a case study–based question set in the form of a network topology scenario that participants were required to analyze and complete. The main topics covered include basic network device configuration, DNS server configuration, DHCP server configuration, and static routing implementation.
Click here to see the file
Created with: Cisco Packet Tracer
Smart Waste Classifier (Waste Management System Using IoT and AI)
Smart Waste Classifier is an intelligent trash bin system capable of automatically classifying waste into organic, inorganic, and hazardous (B3) categories. The system utilizes IoT and AI-based object detection to identify waste through image capture, automatically direct it to the appropriate bin, and provide real-time monitoring through a web-based dashboard.
Click here to see the project
Tech stack: NextJs, MySQL, YOLOv8, Flask

In the field of networking, I possess the following skills and competencies:

Basic network device configuration — experienced in configuring routers, switches, access points, IP cam, and DVR.
Troubleshooting and problem-solving — capable of diagnosing and resolving network-related issues at both device and configuration levels.
Applied networking for other domains — able to utilize networking knowledge to support and integrate with other fields such as IoT systems, including device connectivity, data communication, and monitoring.