Hi, I'm Fajar Maulana.
A
A Network & Systems Engineer specializing in enterprise infrastructure, virtualization, and Hyper-Converged Infrastructure (HCI).
About
I am a Network & Systems Engineer with hands-on experience in designing, implementing, and operating enterprise infrastructure, covering networking, virtualization, and Hyper-Converged Infrastructure (HCI).
My work focuses on building reliable, scalable, and high-availability systems for production and business-critical environments.
- Responsibility & Experience
I have experience deploying HCI clusters and high-availability virtualization platforms, implementing storage redundancy and network bonding (LACP) to support production workloads and mission-critical systems.
- Core Skills
- Networks
Mikrotik, Huawei, Sangfor, Sophos, Aruba, Dell, Ubiquiti, Fortinet, Cisco, Linksys, Ruijie, Comba, LigoWave - Server & Infrastructure
HPE ProLiant, Huawei, Dell EMC, Nutanix, xFusion - Monitoring (NMS)
Zabbix, Cacti - Virtualization & HCI
VMWare (ESXi, vCenter, vSAN), Proxmox VE (HCI Implementation), Sangfor HCI, Nutanix HCI - Operating Systems
Windows, MacOS, Linux
- Career Objective
Experience
- Build a Server (Network Management System) using Cacti on Ubuntu OS, under Virtual Machine.
- Create bandwidth distribution configurations for each division, according to needs.
- Installing Windows Server 2016, using the Active Directory Domain Service for folder sharing & user management needs.
- Make a weekly report to find out the average bandwidth usage during that period.
- Make repairs to the user's laptop & software if a problem occurs.
- Install internet network devices in the vanue when there is a big event outside the office.
- Handling IT Asset Database (Gratyo Group).
- Create options and recommendations regarding applications for purchasing IT goods for user needs.
- Handle all IT needs & full support for company activities/operations.
- Building a Point to Point network system between buildings using Ubiquiti Rocket Prism 5AC Gen2 Radio.
- Installation of UTP Cat 6 cable to build a more stable building internet network.
- Installation and configuration of Active Directory Domain Service, Sharing Folder, & User Role Permission for Server KSO-Pertamina uses Windows Server 2016 OS.
- Installation and configuration of Active Directory Domain Service, Sharing Folder, & User Role Permission for Server Sister Company uses Windows Server 2012R OS.
- Create technical documentation and provide training on new computer systems.
- Installation database of accounting software (Accurate 4, e-Faktur).
- Monitoring & Maintenance of data traffic/internet network devices.
- Built Zabbix Server (For Network Management System) using Ubuntu Server 22.4 OS in VM.
- Configure Bandwidth Management, VPN Tunnel (PPTP), Static & Dynamic Routing on the Mikrotik Router RB1100AHx4.
- Monitor internet network traffic & report to the central team if problems occur.
- Installation of Oracle software products (Opera PMS as Property Management System).
- Help resolve hotel guests' problems that occur on the internet network.
- Troubleshoot computer hardware & software/building network problems.
- Installation, configuration, operating system upgrade & computer component replacement.
- Corrective & Preventive Maintenance (Computer components, keyboard & printer).
- Database Server Data Backup & hotel HR data system.
- Help resolve problems experienced by users remotely or directly.
- Prepare meeting equipment and check bandwidth speed before the meeting start.
- Monitoring and troubleshooting client internet networks using NMS Zabbix.
- Configure PTP & PTMP Radiolink Devices (Ligo, Comba, Ubiquiti, Mikrotik).
- Create static routing configurations for PTP & PTMP needs.
- Create updated installation/maintenance work reports every day.
- Monitoring & troubleshooting client store connections via remote/telephone calls so that transactions run smoothly.
- Fortigate device installations use SD-WAN technology for store connection needs to connect to Data Center.
- Installation of a wireless CCTV network using Mikorik LHG Radio.
- Corrective & preventive maintenance to maintain the stability of client network connections.
- Delivered a solution for a POC involving Automatic Financial Document Classifier using Natural Language Processing and Support Vector Machines with 96% accuracy on the company’s data.
Projects
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Devices with the aim of becoming one local network through a stable wireless connection.
- Connecting internet networks between buildings with a distance of 300 meters, using Ubiquiti Radio Rocket Prism 5AC Gen2 Devices with the aim of becoming one local network through a stable wireless connection.
Installation and configuration of Active Directory Domain Service, Sharing Folder, & User Role Permission for Server KSO-Pertamina uses Windows Server 2016 OS.
- Installation and configuration of Active Directory Domain Service, Sharing Folder, & User Role Permission for Server KSO-Pertamina uses Windows Server 2016 OS.
A website project that functions to help make the work of the information technology division team easier to manage assets and user ticketing.
Skills
Networks Skills
Servers
NMS Software
Virtual Mechine
Security Product Knowledge
Other
Certification
My Certification
By Fortinet
By Fortinet
By Fortinet
By Fortinet
By Fortinet
By Cisco Academy
By Cisco Academy
By STT YBS International
By Microsoft
By Microsoft
By Microsoft
By BNSP (Badan Nasional Sertifikasi Profesi)
Education
West Java, Indonesia
Degree: Computer Network Engineering
CGPA: 86.20/100
- Fundamental of Computer Networks
- Internet Network Protocol
- Build & Solve Problems Regarding Internet Networks
Relevant Courseworks: