Here are some of my technical projects that demonstrate my skills in networking, web development, cybersecurity. Each project was an opportunity to learn new technologies and solve real world problems.
Exploring networking, cybersecurity, cloud, and web, these projects highlight my skills and passion for problem solving
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CoConfigured Extended Access Control Lists (ACLs) on Cisco routers to provide advanced traffic filtering and network security. Applied rules based on source/destination IP addresses, protocols, and ports (e.g., HTTP, FTP, ICMP). Tested scenarios to allow legitimate traffic while blocking unauthorized access, ensuring precise network control.
Developed a full-stack web application for an educational institute using HTML, CSS, PHP, and MySQL. Implemented features for student registration, data filtering, and record removal, allowing administrators to manage student information efficiently. Designed a responsive front-end interface and connected it with a secure backend database, ensuring smooth CRUD operations and an interactive user experience.
Configured static routing on Cisco routers to enable communication between multiple networks without using dynamic routing protocols. Defined and applied static routes manually for different subnets, ensuring accurate path selection and efficient packet delivery. Tested connectivity using ping and traceroute, verifying end-to-end communication across the network.
Implemented and configured Enhanced Interior Gateway Routing Protocol (EIGRP) on Cisco routers to achieve efficient and scalable dynamic routing within an enterprise network. Tuned EIGRP metrics and verified neighbor adjacency formation. Tested route propagation, load balancing, and failover by simulating network topology changes, ensuring reliable and optimized connectivity.
Configured and implemented Open Shortest Path First (OSPF) dynamic routing protocol on Cisco routers to enable efficient routing in a multi-area network. Established OSPF neighbor relationships, assigned router IDs, and optimized link-state advertisements. Verified route propagation and network convergence using show commands and simulated topology changes to ensure redundancy and reliability.
Configured Inter-VLAN routing using the Router-on-a-Stick method to enable communication between multiple VLANs in a switched network. Implemented sub-interfaces on a single physical router interface, assigned IP addresses, and configured trunk links between the router and switch. Verified successful inter-VLAN communication through testing with end devices across different VLANs.
Implemented Inter-VLAN routing using a Multilayer Switch to enable communication between multiple VLANs without the need for an external router. Configured VLAN interfaces (SVIs), assigned IP addresses, and enabled routing on the switch. Tested connectivity between devices in different VLANs to ensure seamless inter-VLAN communication and optimized internal network performance.
Designed and configured a Generic Routing Encapsulation (GRE) tunnel between two remote networks to enable secure and transparent routing over an untrusted network. Configured tunnel interfaces, assigned IP addresses, and established routing protocols over the tunnel to ensure end-to-end connectivity. Verified tunnel functionality using ping, traceroute, and traffic simulations.
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Implemented Standard Access Control Lists (ACLs) on Cisco routers to control traffic based on source IP addresses. Configured ACL rules to permit or deny specific hosts and networks, enhancing basic security and traffic filtering within the LAN. Verified functionality using Cisco Packet Tracer simulations to ensure correct packet forwarding.
Designed and implemented a secure IPsec VPN tunnel between two branch offices to ensure encrypted communication over an untrusted network. Configured ISAKMP/IKE Phase 1 and Phase 2 policies, applied transform sets, and established crypto maps on Cisco routers. Verified end-to-end secure connectivity through ping, traceroute, and packet capture analysis.
Designed and developed a responsive portfolio website to showcase my skills, projects, certifications, and contact information. Implemented modern CSS animations, hover effects, and interactive elements for an engaging user experience. Integrated a functional contact form and organized project sections with filters for easy navigation. Built with HTML, CSS, and JavaScript, ensuring a clean, professional design that works seamlessly across desktops, tablets, and mobile devices.