cloud-network

This module introduces students to the fundamentals of computer hardware, including the identification and functionality of core components like motherboards, CPUs, RAM, and storage devices. Students will practice assembling systems from scratch and installing operating systems with attention to BIOS/UEFI configurations. It also covers the setup of peripheral devices such as printers and explores virtualization techniques for running multiple OS environments. Hardware troubleshooting, basic IT security practices, and recovery techniques like backup strategies and malware defense are also emphasized.

Learners are introduced to networking basics, including the types of networks (LAN, WAN, MAN) and the components necessary to create a functioning network. Topics such as MAC/IP addressing, subnetting, OSI and TCP/IP models, and common network devices are explained in detail. The course also includes practical sessions on cable crimping, configuring NICs, and using networking tools. Protocols like DHCP and DNS are introduced, along with foundational network topologies and communication standards.

CCNA (Cisco Certified Network Associate) This section prepares students for the CCNA certification, focusing on Cisco networking technologies. Topics include IP addressing, subnetting, routing and switching concepts, VLANs, and inter VLAN communication. Students will configure routers and switches, learn about routing protocols like OSPF, and implement security features such as ACLs and port security. Advanced topics include wireless architectures, QoS, Syslog, SNMP, NAT, DHCP, DNS, and network automation

RHCE (Red Hat Certified Engineer) This module provides comprehensive training in Linux system administration, starting with the OS architecture, command-line basics, and essential tools like Vim and Nano. It progresses to managing users, groups, permissions, and file systems, including symbolic links and special permissions. Network configuration, system boot process, service management via systemd, and SSH remote access are covered. It also includes server configuration for web hosting and file sharing, storage management using LVM, firewall rules, and automation with Bash and Ansible.

AWS (Amazon Web Services) This section covers cloud computing using AWS, starting with EC2 for hosting applications and extending to VPC networking and Elastic Load Balancing. Students will work with AWS IAM for access control, S3 and EBS for storage, and Route 53 for DNS management. Cost management tools such as AWS Budgets and the Cost Explorer will be introduced. The curriculum also explores serverless computing (Lambda), monitoring via CloudWatch, automation with the AWS CLI, and application integration services like SNS, SQS, and EventBridge.

Windows Server Administration Students gain hands-on experience with Windows client and server operating systems, focusing on both on-premises and cloud environments. Core administrative skills include managing Active Directory (ADDS, ADC), user and group policies, DNS/DHCP configuration, and Group Policy Objects (GPOs). Practical labs include setting up web services using IIS, understanding RAID configurations, and managing organizational units. The module aligns with Microsoft certification paths and real-world enterprise infrastructure management.

Firewall Administration This module explores the deployment, configuration, and management of modern firewalls including Sophos, Fortigate, and OPNsense. Students will understand various deployment modes, interface configurations, NAT, and firewall rule creation. Emphasis is placed on logging, rule priority testing, web/application filters, time-based policies, and backup/restore operations. Hands-on labs involve configuring DHCP, routing, zone definitions, and using troubleshooting tools within firewall management consoles.

Internship (Practical Industry Exposure) The internship module provides students with hands-on, real-world IT infrastructure experience by simulating common enterprise environments and challenges. It begins with fundamental network and device setups, such as modem configuration for internet access and basic CCTV and biometric system integration for physical security—skills commonly required in office and data center environments. Students then move on to web hosting, where they learn to deploy websites using Nginx and WordPress, configure FTP servers for secure file transfers, and implement SSL/TLS certificates for encrypted communication. The next phase includes monitoring and automation, where learners install and configure tools like Zabbix and Nagios to monitor system performance and uptime, followed by writing Ansible Playbooks to automate tasks such as server provisioning and configuration management. This leads into implementing notification systems using Amazon SNS, simulating real-time alerts for failures or critical thresholds For service and customer-side management, students gain experience with CPanel administration for web server management and explore ticketing systems to handle support issues efficiently. Finally, the internship introduces cloud scalability through configuring Amazon EC2 Auto Scaling, allowing students to understand how cloud resources adjust dynamically to user demand. This module ensures participants exit the program with end-to-end exposure—from setting up secure infrastructures to automating and monitoring scalable cloud environments