Shatarupa Rahut

Residence - 5600 SMU BLVD Dallas TX 75206 | Phone - (469)-601 9143 | Email – srahut@smu.edu

Objective

  · Seeking an entry-level position in an organisation that utilizes and enhances my skills and

knowledge and eventually helps me in achieving my professional goal as a Telecommunication

Engineer

Education

  · Southern Methodist University, Dallas, TX

Master of Science in Telecommunications and Network Engineering

  · West Bengal University of Technology, Kolkata, India

Bachelor of Technology in Electronics and Communication Engineering

CGPA: 3.94

May 2015

CGPA: 3.57

June 2013

Technical Skills

  · Technologies: GSM, CDMA, EDGE, 3G, HSPA, LTE-A, IMS, VoLTE, Wi-Fi

  · Networking: NAT/PAT, VLAN, VTP, VoIP, IP, ARP, RARP, ICMP, UDP, TCP, SNMP, FTP, SMTP,

STP,SIP, RTP, RTCP

  · Routing Protocols: RIP, OSPF, EIGRP

  · Tools: Wireshark, GNS-3, Opnet-IT-Guru, BOSON Netsim 8.0, ANSYS HFSS v12, Hyperlynx 3D,

Xilinx 14.0

  · Programming Languages: Basics of C, SQL, Learning Python

  · Operating System: Windows, Learning Linux

  · Certification: CISCO Certified Network Associate (CCNA) (ID - CSCO12637787)

Relevant Coursework

  · Switching and Routing, Wireless Communications, Network Protocols, Multiprotocol Label Switching

(MPLS), Network Analysis Architecture & Design (NAAD), Software Defined Networking (SDN),

Internet Telephony

Experience

  · Technical Network Support Intern at Kodiak Networks, Plano, TX

Aug–Dec 2014

o Supported the AT&T Operations Team by testing the Enhanced Push-to-Talk (EPTT)

application on a range of mobile devices

o Acquired knowledge about call flows over mobile data and Wi-Fi and how SIP, RTP and

RTCP work

Projects and Publications

  · Report on Cloud Computing and Networks

April 2014

o The paper gives a brief understanding of Cloud computing, the different service and

deployment models of the cloud, use of cloud computing in the Telecom world, security and

performance threats along with current and future trends in the said field.

October 2013

  · Project on Ultra Wideband antenna for WLAN and Wi-Max Rejection

antenna using HFSS software.

o A compact sectoral microstrip antenna structure has been proposed showing good gain in

narrow frequency band. It has been optimized to work in the frequency range of Bluetooth

(2.4GHz) and GPS (1.7GHz). It is based on a theory of ETMSA. Published in International

Journal of Scientific & Engineering Research, Volume 4, Issue 10, October 2013 ISSN

2229-5518 pp1455-1457

May 2013

o Designed a tuneable frequency notched UWB antenna by loading a pair of hexagonal Split

Ring Resonators on the opposite surface of the CPW line feeding the circular monopole

  · Paper on Compact via Loaded 30 degree Sectoral Antenna for GPS and Wireless

Applications