Research Assistant Resume
ChicagO
SUMMARY:
Resourceful Network Engineer committed resolve complex networking issues with excellent knowledge of networking technologies, aiming for full time opportunities with commitment to keep up with fast paced environment.
TECHNICAL SKILLS:
Programming Languages: Python, Assembly Level Language, C.
Protocols: CHAP, PAP, MLPPP, HDLC, PPP, Frame - Relay, RIP, TCP/IP, UDP, OSPF, EIGRP, RIPv2, BGP, TELNET, CDP, SSH, LAN, WAN, NTP, DHCP, VTP, STP, SPAN, HSRP, IPV6, DNS, MPLS, ACL, Static Routing, IPSec, RADIUS, TACAS+, 6LOWPAN.
TOOLS: Cisco Packet Trace, Active Directory, Wireshark, VMware, Cooja simulator, HyperTerminal, Tera term, GTK term, Cadence Virtuoso, MS VISIO, Cisco Configuration Professional (CCP), Firewalls.
Operating Systems: Cisco IOS, Linux, Contiki, Ubuntu, Raspbian, and Windows.
PROFESSIONAL EXPERIENCE:
Confidential, Chicago
Research Assistant
Responsibilities:
- Designed and implemented hands free Alexa Voice Service prototype Amazon Echo on Raspberry Pi 3, using Alexa Voice Service (AVS) API making raspberry pi as Node.js server.
- Designed and Implemented Wireless Body Sensor Network using sensor tag and Raspberry Pi using Bluetooth, storing sensor information in Confidential cloud using Node - Red to functions as Internet of Things.
Confidential
Student Intern
Responsibilities:
- Configured network with various Cisco Routers such as, 1841 series, 25XX series, 26XX series and Cisco C Confidential lyst Switches 2960.
- Designed and configured network consisting of routers and switches with appropriate IP addresses and subnetting.
- Set up secure user accounts with privilege mode access and user accounts with user name and password with type 7 encryption along with password recovery facility.
Confidential, Chicago
Research Assistant
Responsibilities:
- Designed Health Monitoring System using Raspberry Pi 2 and Texas Instruments Sensor Tag CC2650.
- Implemented Wireless Body Sensor Network based Health
- Monitoring system with Raspberry Pi 2 and TI CC2650 sensor tag, using 6LOWPAN protocol for power optimization over IEEE 802.15.4 radio link.