Network Engineer

SAI AKHILAVARDHAN SIDDANATHAM

********@*********.***.*** Ph.No: +1-571-***-****

LinkedIn profile: https://www.linkedin.com/in/akhil-vardhan-a4767860 Objective: Seeking a Full time oppurtunity in Telecommunications department. Technical skills and expertise:

Programming Languages : Embedded C, BASH, Linux, Python Layer 2 : Ethernet, STP, VLAN, VRRP

Layer 3 : ARP, EIGRP, ICMP, CIDR, IPv4, MPLS, OSPF, RIP Layer 4 : TCP/IP, UDP, VoIP protocol SIP, RTP, RTCP Application Protocols : Basics of FTP, HTTP, SNMP, Idea of H.323, G.729, G.711 IDE : Arduino, Keel,Code Composer Studio, MATLAB, Wireshark Other : Knowledge on Active Directories, Windows Servers Work experience:

Internship in Encore Networks February 2017 to May 2017

• Software networking engineer and programmed scripts in the router.

• Worked on Linux and BASH scripts.

• Configured IPSec tunnels between routers.

• Worked on Firewall traffic, Port forwarding, VPN, SDN, creating and modifying LAN, WAN, CELL interfaces.

• Gained knowledge on DNS, DHCP.

• Tested routers with automated scripts in various modes.

• Tested USB errors through automated testing.

• Worked on AT commands for serial communication.

Certifications:

• Cisco Certified Network Professional(CCNP)

• Cisco Certified Network Associate(CCNA)

• Advanced Networking Protocols Certificate

Projects:

Internet of Things

• Here, we can detect the real time values of temperature, humidity and gas using the respective sensors LDR for temperature, DHT 11 for humidity, MQ 6 for gas placed on microcontroller MSP430.These are programmed in Code Composer Studio by using Embedded C language.

• Detected values are uploaded into the website and can be viewed from anywhere in the world. Open mesh networks

• In this project wireless network is established in area. This can be done by plugging mesh networks in one router into their DSL or cable modem and put additional units around plugged one into the internet.By placing the repeaters half way between you and the internet, we can make sure the repeater can see both your computer and the Open-Mesh node plugged into the internet.

• This is virtually executed by using Wireless Maintanence Tool. Designing backbone policies in BGP

• Designed a backbone connection with required BGP policies keeping the focus on the internet connectivity and its traffic flow for the management of traffic and the backup path between the data centers.

• Changed the traffic flow in the network by changing the values of BGP attributes (MED, LOCAL PREF, AS-PATH).

Enterprise Network – VoIP Enterprise service Implementation and research

• Optimized an existing enterprise data network.

• Analyzed whether the network can support Voice traffic, so as to turn down the traditional TDM based voice network by calculation the link capacity using Erlang Calculators.

• Compared four major VoIP providers in current market like Avaya, Shoretel, Mitel and Vonage on different aspects like number of end points, conferencing, interface to the PSTN, call forwarding, authentication, call queuing, call center support, KQI performance monitoring and reporting, security framework, support for Unified Communications

• Best of these four which is suitable for our network conditions is selected as successful VoIP provider for our network.

• All the SLA’s and costs of the selected VoIP provider are checked Wireless blinds controller using android device

• This is done in Embedded C language by using Arduino platform.

• In this project we can control a curtain to open or to close or to stay still at a particular position from the android device directly. An app should be installed in the phone which is connected to the microcontroller with the help of Bluetooth. It serves as a purpose of home automation. Education

George Mason University, Fairfax, Virginia: Master of Science, Computer Networking and Telecommunications May 2017Major GPA: 3.7

Gokaraju Rangaraju Institute of Engineering and Technology, Hyderabad, India: Bachelor of Technology, Electronics and Communications engineering May 2015 GPA: 3.7 Coursework:

• Computer networks and architecture

• Microprocessors

• Introduction to wireless communications

• TCP/IP protocol suites

• Internet protocol routing

• Border gateway protocol ( BGP )

• Interior gateway protocol ( RIP, OSPF, IS-IS, EIGRP )

• Voice over IP

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