Wireless P2P File Sharing Resume

SUMMARY

A recent grad pursued and highly skilled problem solver seeking full time opportunities in Computer Network industry to utilize skills, build high performance networks and optimize network solutions.
8 months of hands on experience as a freelancer wif Cisco switches and router; configurating and troubleshooting.
Worked as an Embedded developer on Afribot Project under Prof. Stephen Morgan. Coded and tested driver program for a robo - brain. Also, provided support and compile time bug squashing for teh UI code of teh Afribot, using Arduino IDE.

TECHINICAL SKILLS

Routing: OSPF, RIP, EIGRP, Basic BGP Config, Summarization, Static Routing

Switching: STP, RSTP, Inter-VLAN Routing, VTP, VLAN, EtherChannels

LAN: Ethernet, Fast Ethernet, Gigabit Ethernet

WAN: PPP (Multi-Link and Authentication), HDLC

Redundancy: HSRP

Network Monitoring/Management: WireShark, SNMP

Other Network Protocols: NTP, Syslog, CDP, TFTP server, DHCP, DNS

Wireless Protocols: IEEE 802.11 x, 2G/EDGE, 3G/UMTS, 4G/LTE, CDMA/TDMA

Programming Languages: Java, Python

Development Tools: Eclipse, Python 2.x/3, Android Studio, Riverbed OPNET Modeler

Operating Systems: Windows, Linux, Cisco IOS, Mac OS X.

Embedded Platforms: MPLAB IDE, Arduino IDE, Term Tera Pro, Microchip PIC18F542 Microcontroller, Intel Galileo Board.

PROFESSIONAL EXPERIENCE

Wireless P2P File Sharing

Confidential

Responsibilities:

Implemented a wireless Peer-to-Peer application for file sharing where a central device acts as a tracker server, using Android Studio.
Designed a Tracker server which maintained list of connected peers in real time and available files for sharing by each peer.
Designed a Peer which would notify Tracker a list of files which are available for sharing each time it connects to teh Tracker.
Designed a P2P application such that any Peer can join and leave anytime. Any ongoing download would cancel gracefully.

Wireless Network Simulation and Analysis

Confidential

Responsibilities:

Simulated a simple Wireless network in Riverbed OPNET Modeler wif 3 cases each having 1 receiver but 5, 10 and 20 data senders wif constant bit-rate, then compared Network throughput for each case.
Simulated a small Office Wireless network wif different components such as Video traffic sender and receiver, background traffic sender and receiver wif IEEE 802.11 HCF protocols enabled and constant packet size.
Analyzed and compared teh throughput and access delay for Video receiver and background receiver wif a conclusion that IEEE 802.11 protocols always prioritize Video traffic over background traffic.

A Simple Web Server and Client

Confidential

Responsibilities:

Implemented HTTP Web Server and Client architecture using JAVA and socket programming.
Designed a HTTP Web Sever such that it could handle Single threaded, Multi-threaded, Single Client and Multi-Client requests wif displaying proper HTTP request and HTTP response on both Sever and Client side.
Designed a simple Client which would request a HTML file from a Web server wif proper HTTP request.