9451, Lee Highway #914,
Fairfax, VA, 22031
OBJECTIVE: To pursue a career in the field of computer networking with an esteemed organization where I could perform to the utmost and be a substantial support.
TECHNICAL SKILLS:
• Platforms : Windows (9x/NT/2000/XP/Vista, MS-DOS)
• Networking : TCP/IP, RIP, OSPF, EIGRP, BGP
• Languages & Software : C, C++, Java, MATLAB, TinaPRO, MultiSIM, Packet Tracer.
• Tools / Packages : Adobe Web Premium CS5 (Flash, Photoshop and Dreamweaver)
• Servers : Windows Server 2003/2008
• Hardware : Servers, Routers, Switches, Hubs, and Network Cards.
CERTIFICATIONS:
CISCO CERTIFIED NETWORK ASSOCIATE (CSCO11732547)
WORK EXPERIENCE:
Graduate Teaching Assistantship Sept’10 - Present
• Conduct classes and labs on multimedia & web designing, for 60+ undergraduate students by using Adobe Web Premium Products.
• Provide support as needed by providing 2 hours per week for extra help.
• Report to the professor about the students’ performances in the labs.
Desktop Support Technician, Mason Telework Center Mar’10 – Aug’10
• Troubleshot, configured and maintained computer peripherals and Network connections.
• Report to the Supervisor about everyday problems and the way they were solved.
PROJECTS:
“Border Gateway Protocol (BGP) Policy and Implementation”, George Mason University, Fairfax VA
Completed a project on BGP called ‘Implementing BGP routing policies’. Designed and implemented various BGP policies to control the Internet Connectivity and traffic flow. Manipulated the various BGP attributes, thus was able to achieve the required inbound and outbound flow for particular traffic and customers of an Organization.
“Protocol Matching for IP Surveillance Cameras”, Secunderabad Railway Station, India
Main objective was to match the protocol used by the old cameras (MLP-1) and new cameras (PELCO-D) used for surveillance.
HANDS-ON EXPERIENCE:
Configure Ethernet Network and VLANs: Work included Configuration of routers. Using the concept of RIP being able to ping other routers successfully. Capture movement of packets in a telnet using Wire shark. Configuration of routers into 3 VLAN's, Configuration of switches 802.1q VLAN trunk, Configuration 802.1q as default gateway.
STP and Frame Relay: Determined Route Bridge, Route port and designated port manually comparing it with STP topology. Generate broadcast storm, observe the effects on CPU utilization and work on its remedies. Configuration of F-R with back-to-back connections. Using point-2-point with interface DLCI command. Later using multi point sub interfaces using frame relay map statements.
MPLS and MPLS-VPN: Basic concepts of MPLS. Configuration of OSPF as IGP. Perform Trace-route before enabling of MPLS and after. Observe the methodology on how MPLS works. Configuration of MPLS backbone, demonstrate how Virtual private networks (VPNs) enable the provisioning of private network services for an organization or organizations over a public or shared infrastructure such as the Internet or service provider backbone network.
Static IP Routing and RIP: Physically set-up the equipment configured the routers, understood an IP routing table and set-up static routes. Configured RIP on the routers and watched how a topology change affects the route table.
OSPF and EIGRP: Configured the routers with OSPF. Monitored the route table output to see how long it takes for the router to learn the new network. Configured the routers with EIGRP and...
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