Computer Science Network

Venkata Sai Tej Maddipatla

Dallas TX ***** 972-***-**** ******************@*****.*** www.linkedin.com/in/saitejmaddipatla

OBJECTIVE

Seeking Full-time opportunity starting August 2016 in the field of Networking/Computer Science.

EDUCATION

THE UNIVERSITY OF TEXAS AT DALLAS, Richardson, Texas, USA August 2016

Masters in Telecommunications and Computer Science Engineering. GPA 3.86/4.0

Gandhi Institute of Technology And Management, India April 2014

Bachelor of Technology in Electronics and Communication Engineering. GPA 8.81/10

SUMMARY OF SKILLS

Programming and Scripting Languages: C, C++, Socket Programming, Java, Python, HTML, CSS, Java script, PHP, REST.

Cloud Technologies: OpenStack, Docker, AWS EC2, AWS S3, Open VSwitch, Open DayLight

Tools: Wireshark, MATLAB

Operating Systems: iOS Windows, Linux, UNIX,Ubuntu.

Routing Protocols: VOIP, SOAP, SIP, OSPF, BGP, FTP, LTE, TCP/IP, UDP, MPLS, DHCP, SSH, SSL, DNS, FTP, HTTP, RIP, firewalls.

Database: Oracle, My SQL

Additional skills: Internet of Things, Network Security, Raspberry Pi, Chef, Puppet

CERTIFICATION: CCNA (Routing and Switching) ID: CSCO1300152

WORK EXPERIENCE

KODIAK NETWORKS INC. Technical Network Support Engineer Intern Dallas, USA June 2015-Dec 2015

Worked on PUSH-TO-TALK application on Android/IOS platform and deployed different releases onto various servers using SIP, VOIP, TCP/UDP. Debugged issues observed during the deployment in the lab system and analyzed the issues raised by customers using Wireshark and PCAPS.

INPLANT TRAINING AT BSNL Summer Intern Hyderabad, India May 2013-June 2013

Underwent training in fundamentals of telecom where emphasis was given on topics such as telecom networks, switching principles, fiber optics, GSM Mobile, CDMA, Broadband, SIP protocol, VOIP.

ACADEMIC PROJECTS

Implementation of secure VoIP application: Python, Linux

Deployed a VoIP system using the asterisk server and client like Zoiper & Jitsi and enabled Security features like SRTP, SSL / TLS, Blacklist functionality etc. to protect Confidentiality, Integrity, and Authenticity of the communicating entities and the information they exchange.

Communication in Wireless Sensor Networks: Java Sockets, Python Script

Designed and implemented a communication application for wireless sensor networks, with multiple sensors to inter-communicate using socket programming. Deployed sensor network in the area to collect individual temperatures and calculated minimum, average, and maximum of the area.

IP CCTV –Internet of Things (IoT): Java

An Internet of Things project deployed to enable live feed from the raspberry pi to the mobile app over the internet. A camera is mounted on the pi through which videos or periodic snapshots are stored on both the raspberry pi and the Linux box (a dedicated server) connected via an Ethernet cable. A security enabled smart phone app is created through which the user can monitor the videos.

Implementing Network Application to Enjoy Media Library on Remote Server: Android, Python

Implemented a network application to enjoy a media library stored on a server. Developed an android application that controls remote renderer to play/pause/stop/forward/rewind multimedia file stored on remote server. Received best project award for self starter approach.

Tools for validating network services and automating the deployment and management: Python, Mininet

To check and control the network services on the Software Defined Network. Used Mininet as simulator for network infrastructure and Open-flow protocol for SDN. Languages used are Java AWT for front end and Python scripting for backend functionality using Mininet Python API’s.

Online Gaming Store Database Design Project: MySQL, Java

Implemented full length online gaming store similar to an e-commerce website like amazon.com using SQL. Concentrates more on data base implementation and its consistencies.

COURSE WORK:

1. Network Security, 2. Advanced Computer Networks, 3. Telecommunications Software Design, 4. Web Programming Languages, 5. Database Design, 6. Telecommunication Network Management 7. software Defined Networks, 8. Performance of computer networks, 9. RF and Microwave Systems, 10. Digital Communication Systems

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