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Deelip Babasaheb Omana
Room No. M-308,
I2IT, P-14, Rajiv Gandhi Infotech Park,
Hinjewadi, Pune- ******
Email id: dbomana@gmail.com
Contact no.:+91 **********
To
utilize my analytical and technical skills to fullest by being a part of a
dynamic organization and be one of the important contributors to the
organization’s growth.
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PAPERS
PRESENTED/ACCEPTED
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- Paper Title: “Security in Communication
Protocols for Embedded Systems”. Accepted for Oral Presentation of National
Conference on Information Security (INSEC2K7) organized at Walchand
College of Engineering, Sangli.
- Paper Title: “Network Management in Controller
Area Networks (CAN)”.Accepted for oral presentation at National Conference
on Embedded Control, Computing & Communication (NCECCube ’07).
- Paper Title: “Automatic Security System for
Automotives”. Submitted for acceptance for the conference National
Symposium on Instrumentation (NSI-32) to be organized at K.S.Rangasamy
College of Technology, K.S.R.Kalvi nagar Tiruchengode, Tamilnadu, by Instrument Society of India
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COURSE /DEGREE
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COLLEGE / INSTITUTE/ UNIVERSITY
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YEAR OF PASSING
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PERCENTAGE /CLASS / GRADE
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M.S. ( Advanced Embedded Systems Design
)- (currently active)
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International
Institute Of Information Technology, Pune, India.
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Dec-2007
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1st
trimester
2nd
trimeste
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3.0/4.0
3.1/4.0
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B.E. ( Electronics )
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Walchand
Institute of Information Technology, Solapur.
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2004
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58.81%
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HSC
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Jaysingpur
College, Jaysingpur
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2000
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65.00%
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SSC
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New English
Medium School, Jaysingpur.
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1998
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66.13%
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Programming languages known
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Embedded
C, Assembly (8085,8051,PIC18F,
ARM7TDMI),
C, VHDL.
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Microprocessors & Micro-controllers
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Intel 8085,
8051, PIC18F, ARM7TDMI (Philips), Atmega8.
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IDE’s, Cross-Compilers and Simulation
tools
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Keil µVision
3, MPLAB 7.5, Xilinx ISE 6.2, Lab View 7 student edition (basic knowledge), Proteus
v6, Orcad v9.1.
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Protocols
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CAN, CANopen (basic
knowledge), LIN.I2C
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Operating Systems
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WinXP, Linux.
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1.
Title
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Implementation of Network Management
(NMT) Module for CAN Communication Bus in Inter- networked Embedded Systems …. (Currently Active)
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Duration of
Project
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6 Months
(June 2007-Dec 2007)
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Team Size
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1 member
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Programming language and tools required
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Embedded C
using Keil µVision 3, MPLAB 7.5 and C-18(student’s edition) cross compiler, Proteus
v6, Orcad v9.2
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Hardware required
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MCB2100
ARM development board, PIC18F458 Microcontroller, MCP 2551 CAN Transceiver,
Temperature Sensor LM35, LCD JHD135A (16 X 2), Keypad (4 X 4), voltage
regulator IC 7805.
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Problem Definition
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The
primary aim is to implement Network Management (NMT) feature like Initial configuration
of the slave devices, Bus Monitoring and Hot plugging using CANopen protocol for
Inter-networked Embedded Systems.
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My Role
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Requirements
gathering, functional designing, implementation, hardware troubleshooting.
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2.
Title
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Cost Effective DAQ Card…. (Currently Active)
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Duration of
Project
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1 Month
(Aug 2007-Sep 2007)
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Team Size
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2 members
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Programming language and tools required
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Embedded C
using Keil µVision 3, Lab View 7 student edition.
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Hardware required
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MCB2100
ARM development board.
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Problem
Definition
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The
primary aim is to implement Cost
Effective DAQ Card system for interfacing of the real world signals to
the Lab View.
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My Role
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Requirements
gathering, functional designing, implementation, hardware troubleshooting.
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3.
Title
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Implementation of CAN Protocol on PIC18F458
Microcontroller
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Duration of
Project
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3 Months
(Nov 2006-Jan 2007)
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Team Size
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2 members
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Programming language and tools used
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Embedded C
using MPLAB 7.5 and C-18(student’s edition) cross compiler, Proteus v6 ,Orcad
v9.2,Crystal flow for C(evaluation version)
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Hardware Used
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PIC18F458
Microcontroller, MCP 2551 CAN Transceiver, Temperature Sensor LM35, LCD JHD135A
(16 X 2), Keypad (4 X 4), voltage regulator IC 7805.
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Description
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The
objective of the project was to design a prototype for a PIC based CAN module
which communicates with other CAN enabled module connected in a CAN network.
This project helped in understanding the communication through a CAN network
with microcontroller devices.
Three Nodes have been designed. First
node having the function of keypad,
second having function of LCD and
third with the temperature sensor all these nodes interconnected
through the CAN bus. When key ‘0’ is pressed it is send on CAN bus the
temperature sensor Node will accept this key and transmit the sensed
temperature on the CAN bus which is accepted by LCD Node and displays the
temperature on the LCD display. If any other key is pressed LCD Node will
accept the key and display message “invalid key”.
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My Role
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Requirements
gathering, functional designing, implementation, hardware troubleshooting.
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4.
Title
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Implementation of CAN Protocol on LPC2129(PHILIPS)
Microcontroller
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Duration of
Project
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3 weeks
(May-2007)
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Team Size
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1 member
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Programming language and tools used
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Embedded C
using Keil µVision 3.
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Hardware Used
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MCB2100 (PHILIPS) ARM
board.
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Description
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The
main objective was to understand the communication through a CAN network on Hardware Module MCB2100.
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My Role
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Functional
designing and implementation
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5.
Title
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I2C Based
Temperature Controller
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Duration of
Project
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2 weeks
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Team Size
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2 members
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Programming language and tools used
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Embedded C
using Keil µVision2 for 89C51, Proteus v6.
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Hardware Used
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AT89C51
Microcontroller, Temperature Sensor TC74, voltage regulator IC 7805, RELAY.
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Title
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Automation in Foundry Section of KOEL
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Duration of
Project
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5 months
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Team Size
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3 members
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Programming language and tools used
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Assembly for
8051 using Keil µVision 2,
Orcad v9, PCB123, smart work (DOS based).
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Hardware Used
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AT89C51
Microcontroller, Inductive proximity sensor, LED displays (4 inch), Keypad (4
X 4), ULN *****, voltage regulator IC’s 7805AND 7812, RELAY.
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Description
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The
objective was to design a production counter to make work easier and free from manual errors for the
production line in B- Foundry called “ARPA-900”. The project involves
the interfacing of LED Displays, keypad and an inductive proximity detector
to Microcontroller. The microcontroller is programmed for displaying
- Target
count given
through keypad.
- Present
count in which
output of sensor is used as present count.
- Total
count for each
shift count.
If
any mould is rejected then present count decrements.
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My Role
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Requirement
gathering, implementation (coding), circuit designing using Orcad v9.
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Highlight of
the project
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This project
was sponsored by, Kirloskar Oil
Engines Ltd. Casting Division, Solapur.
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Microcontroller
(ARM), Protocol (CAN, LIN), Lab View programming, Hardware Design.
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EXTRA CURRICULAR ACTIVITIES / ACHIEVEMENTS
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Ø
Received first Prize in inter college IISB project
competition held at I2IT,PUNE
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Patent
search on Pain Relief Management Devices for Consultancy Project.
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Attended
a seminar on CAN organized by CiA in Pune on June
21, 2007.
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Attended
training on PLC at
Advanced Training Institute for Electronics and Process Instrumentation,
Ramanthapur, Hyderabad.
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Received best bowler prize in cricket tournaments.
Date of Birth :
26th April 1982
Father’s Name : Babasaheb Narasgonda Omana
Languages
Known : English, Hindi,
Marathi and Kannada.
Hobbies : Traveling, Driving and Swimming.
Permanent
Address : S/o, Babasaheb Narasgonda Omana
21,
Dada Kachare Housing Society, Jaysingpur.
Tal.-Shirol, Dist.:-Kolhapur. Maharashtra.
Pin: - ******
Permanent Contact No. :
*****- ******(H), +91 ********** (M)
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