Network Engineer

DEVIKA DASARI

**** *** *******, *** #***, Fairfax, VA-22031 Email ID: *******@*********.***.*** Phone: 331-***-****

PERSONAL SYNOPSIS:

Candidate for Masters in Computer Networking possessing excellent communication skills, analytical problem solving

and interpersonal skills with ability to interact with individuals at all levels.

CAREER INTEREST:

Network Design Installation and Maintenance, Network Security, Troubleshooting with Network Hardware Configuration

Testing Technical Assistant and People management.

ACADEMIC QUALIFICATIONS:

Master of Science: Computer Networking and Telecommunication

George Mason University GPA: 4.00 CGPA: 3.74 ( Expected: May 2015)

Bachelor’s Degree : Electronics and Communication Engineering

Jawaharlal Nehru Technological University (May 2013)

CERTIFICATIONS:

CISCO Certified Network Associate (CCNA), Cisco, License CSCO12636682

CISCO Certified Network Professional (CCNP) - Expected Completion by May 2015

TECHNICAL SKILLS:

Protocols: RIPv2, OSPF, EIGRP, BGP, MPLS, TCP/IP, ICMP, PPP, HDLC, STP, VTP, TLS, SSH, DNS, DHCP,

and ARP.

Simulators: GNS3, Cisco Packet Tracer

Programming: C, Java, VHDL, Python

Packages: MATLAB, CC Studio

Documentation: MS Office

Operating Systems: Windows (XP, 7, 8), OS X, MS-DOS, Red hat Linux

EXPERIENCE:

Digital- Buzz:

(December 2014)

A project which is an Integrated Approach Leveraging Big Data to enhance better Decision Making.

Satellite Communication: (May 2014)

A satellite named ViaSat-1 is assumed to be launched in a country and how it can be made the best internet service

provider is the mission of the project.

Implementation of OSPF network on Cisco Packet Tracer and GNS3:

(May 2013)

Constructed a network protocol that uses shorter routing routes for faster and efficient data transfer by calculating

the metric for each constructed route.

Compared both RIP and OSPF in which OSPF proved to be more advanced and accurate as it calculates both the

metric of state of the connection and distance whereas in RIP only the distance is calculated.

Design can handle a distributed routing table and faster propagation compared to RIP.

Analysis of Software Defined Radio:

(December 2012)

Implementation of a new radio which serves a wide variety of changing radio protocols in real time. The “limited

frequency spectrum” assumptions of designers can be avoided by using this radio.

Communication between incompatible software is made possible with this radio especially in military services.

RESEARCH PAPERS:

Researched on the disadvantages of BGP network and found out solutions on how to make it more secure for

networks.

(December 2014)

Worked on MPLS P2MP Traffic Engineering. (May

2014)

COURSE WORK:

Modern Telecommunications, Internet Protocol Routing (RIP, OSPF, EIGRP), Computer Protocols (IP, TCP/UDP),

Network Security, IGP, BGP, MPLS, Systems Engineering for Telecommunications, Incident Response Forensics.

Contact this candidate