Divya Vardha

***** ****** **, ******* ** *****

408-***-****(Home), 847-***-****(Cell)

abprob@r.postjobfree.com

Objective:

I am a graduate from Wichita state university looking for an entry level full time position in virtualization, computer networking, as

a support or test engineer role, where I can utilize my work experience and education in communication, multitasking and

organizational skills.

Technical Skills

Programming C, Linux

Testing Tcl, Python

Routing Protocols ARP, RIP, IGRP, EIGRP, OSPF

Networking Concepts IP Addressing, VLSM, TCP/IP, Route Redistribution, QOS

Layer 7 Protocols HTTP, FTP, SMTP, DNS, TELNET

LAN Protocols Ethernet(Fast/Gigabit), VLANs, Trunking, STP, Ether Channel

Security Access Lists, PIX Firewalls.

WLAN Protocols 802.11a, 802.11b, 802.11n, 802.11G, WEP, WPA

Network Hardware Cisco routers (3800, 3600, 2800, 2600, 2500, 1800 series)

Cisco Catalyst switches (6500, 4500, 3750, 3500, series)

Certifications: CCNA

Work Experience:

Cisco Systems (Advanced Network Research Institute) Feb2011 – Sep 2011

Wichita State University, Wichita

Role: Support Engineer

Cisco Systems Advanced Network Institute is collaboration between Cisco Systems and Wichita State University to

provide Advanced Customer Support to Cisco customers.

Responsibility: My role was to provide customer support in analyzing customer issues, troubleshoot Cisco devices and aid the

customers in solving their network deployments. The following are the primary areas in which I have provided support in my

support role:

• Configuring Cisco firewalls, switches and routers as per the customer needs.

• Network issues, crashes, connectivity issues, software upgrades.

• Configuring ASA, PIX, Network Address Translations (NAT).

• Enable remote sessions like Telnet, SSH.

• DNS, DHCP, Access rules, Failover, Routing.

Graduate Thesis Sep2011 - Dec

2012

Role: Graduate Research Assistant

Assisting the Professor in doing research in the field of Network On-Chip in a Multi-core Architecture.

Title: Directory based mechanism to reduce communication latency in a multi-core architecture by the use of wireless routers.

Responsibility: I have done master’s Thesis on this topic. Had reviewed many IEEE and ACM papers on Network On-Chip

and proposed a new architecture, evaluated and analyzed the results of the proposed design.

Summary: Proposing a new design in a multi-core architecture to reduce the communication latency among the cores by

using wireless routers. This architecture is based on Directory architecture for shared memory (DASH) multiprocessor. By

maintaining a single set of Directory for all the cores on the die which provides the address of the block cached from the main

memory into a private cache of the core and shows whether the data in this is valid or invalid to be used by some other core.

Wireless routers are used to transfer data packets from one core to another core located far apart in a multi-core architecture.

Results show there is a considerable amount of decrease in communication latency and power consumption in the proposed

architecture.

Undergraduate Projects:

Security access control using GPS & GSM.

Description: The objective of the project is to study a unique system which uses mobile technology. Various appliances can

be utilized by managing them remotely by using GSM technology which enables the user to remotely control the operations of

the appliances just by sending a message to the GSM. The GPS receiver is fixed to the tracking device which receives the

latitude and longitudinal values for satellite continuously and displays them on the LCD and sends SMS to the GSM.

Responsibility: Studied the working of GSM technology and GPS technology.

Education:

MS in Electrical Engineering (GPA: 3.6/4.0) Dec 2010 – Dec 2012

Computer Networks major

Wichita State University

Bachelor of Engineering in Electronics and Communication(GPA 3.7/4.0) Aug 2006 - May 2010

Jawaharlal Technological University, India

Date: March 18, 2013 Signature: Divya Vardha

Contact this candidate