ROHIT RAJEEV PATIL

Contact : 682-***-****

Email ID : acyeod@r.postjobfree.com / acyeod@r.postjobfree.com

Address : *** ****** ******, #***,*********, TX-76013,USA

OBJECTIVE:

To obtain a challenging position in a high-quality engineering environment and put in best efforts for the enhancement of

the organization and my career.

EDUCATION QUALIFICATIONS:

Master of Science (MS in Electrical Engineering)

GPA: 3.83/4.0, December 2016

The University of Texas at Arlington, Texas, USA

Relevant Courses: Digital Signal Processing, Analog IC Design, Microprocessor(80386), Embedded Microcontroller (32

bit arm M4F core 80Mhz TM4C123GH6M Controller), Principle of Photonics, Digital Video Coding, Linear Systems,

Advanced Embedded Microcontroller systems (32 bit ARM M4F core 80Mhz TM4C123GH6M Controller), Data

Communication Engineering, Wireless Communications systems, Advanced Microprocessors and Advanced Data

Networks.

Bachelor of Engineering (BE/BS in Electronics and Telecommunication Engineering)

GPA-3.27/4.0, May 2013

K.J Somaiya Institute of Engineering and Information Technology,

University of Mumbai, India.

CERTIFICATIONS:

Cisco Certified Entry Level Technician 100-101 (CCENT),

License number: 425984171087INXK, (August 2016-August 2019)

Issuing organization Cisco

Cisco Certified Network Associate 200-101 (CCNA),

License number: 426334169464HSZG, (September 2016-September 2019)

Issuing organization Cisco

ACADEMIC PROJECTS:

Paper Design of a Network.

( University of Texas at Arlington)

For given specifications, bandwidth availability, the number of users, amount and percentage of usage and given network

components designed an optimal network topology and protocols required for that topology .

Multi-Areas OSPF implementation with VLANs and ACLs and Troubleshooting.

- Simulated multi-area OSPF using 5 routers and 4 switches.

-Understood how the OSPF neighbor relationship is formed.

-Implemented route summarization on ABRs and ASBRs.

-Implemented OSPF authentication schemes, VLANs, Inter-VLAN routing.

- Implemented Standard and Extended ACLs for router security over IPv4 network.

- Performed troubleshooting of various problems related to OSPF routing protocol, STP and 802.1Q.

EIGRP implementation

-Simulated EIGRP on a 3 router corporate network.

- Implemented EIGRP summary routes for the most efficient route selection.

- Secured this topology using MD-5 authentication.

-Frame relay p2p configuration was also implemented over this network.

- Performed unequal (Variance-based) Load balancing on this network.

Internet of Things (IOT).

( University of Texas at Arlington, April 2016 May 2016)

-Designed an Internet of Things node that has intelligence to send an SMS to the user via internet depending on the triggers

received and the rules set for a particular event.

-The node was designed using ARM cortex M4F and connected to the internet via ENC28j60 Ethernet module. It

implemented TCP to connect to a third party website and submit the form. Also implemented DNS service to get the ip

address of the website. The node also supported others protocols like ICMP for ping, ARP and UDP for internal

communication with the central connecting unit

To study the operation of the interface between a computer and the internet.

( University of Texas at Arlington, April 2016 May 2016)

Identify the steps involved in a computers networking process, examining DNS response. Analyze and follow TCP stream

and trace route from source node to destination node using a Wireshark data collection session

TECHNICAL SKILLS:

Programming Language: C, C++, Embedded C, Assembly Language, Java,Python.

Operating systems: Microsoft Windows 7/8/8.1/10, MAC-OS, Linux.

Software Tools: MATLAB, Pspice, Labview, LTSpice, Code Composer Studio, Wireshark, Cisco IOS, Eclipse, Cisco

Packet tracer, Visual Basic.

Serial Protocols: SPI, I2C, UART,CAN,RS-232,RS-422,RS-485,DMX-512.

Networking Protocols: 802.3, SONET, PPP, FrameRelay, ATM, ARP, RARP, MPLS, IPv4, IPv6, ICMP, IGMP, UDP,

TCP, RTP, RIP, OSPF, EIGRP, BGP, RTSP, SIP, DHCP, DNS, FTP, HTTP, VOIP, Bluetooth, BLE, WiFi.,

Micro Processors: 8085, 8086, 80386SX, 80386DX, ATmega328, ARM Cortex m4F.

Micro Controllers: Arm ( TIVA C series cortex M4F TM4C123GH6PM), 8051, PIC18F, Arduino

Wireless- GSM,4G LTE, MIMO, LTE Adv., WCDMA, Space-time Coding, OFDMA, CDMA, FDMA

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