Download AMIT CHAUDHARI

VITULRAJ GOVINDARAJU
Contact: 0091 9663301612
E-Mail: [email protected]
Address: No: 4/3, Sree flats, 2nd floor, Krishnasamy Street, North Usman Road, T. Nagar, Chennai-600017, India
PROFESSIONAL SYNOPSIS
 A result driven professional with 3.3 years of rich experience in design and development of embedded software in
computing peripheral and automotive design
 Currently designated as Senior Project Engineer with Wipro Technologies, Bangalore, India
 High proficiency over C and C++ programming well versed with UNIX scripting language.
 Very good knowledge in RTOS concepts and device drivers.
 Sound knowledge in Microprocessors and Microcontrollers.
 Extensively worked on the cross compilers, emulators, Real View debugger and protocol analyzer.
 Worked extensively in bus protocol like USB, Wireless USB, SPI and I2C.
 Excellent analytical, programming skills and ability to work well in a team environment.
 Capability to conduct independent and collaborative research
TECHNICAL SKILLS
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Languages: C, C++, Assembly language
Software Configuration management tool: CVS, Clear case, Clear quest
Quality assurance tool: QA C, Coverity
Debugger tool: Real view ICE, Real view debugger, Trace 32
Protocol: USB, Wireless USB, I2C, SPI, ACP
Development tool: ARM development suite, Metroworks Code Warrior Tool Chain, Vi
Real time OS: Toppers (µ-ITRON Specification), VxWorks, Nucleus, REX
Packages: MS Office 2003&2007, AutoCAD 2005, Pro/E, Inventor 5.3, Automation Studio, Fanuc CNC, Edge
CAM
PLCs: Siemens, Melsec, ABB, Messung, Fanuc & Omron PLC
Platform: Windows XP/98/2000/VISTA, MS-DOS
ORGANISATIONAL EXPERIENCE WITH SUMMARY OF MAIN PROJECTS
Working since September 2007 at WIPRO Technologies, as Senior Project Engineer in Embedded Software Developer
and Device driver developer
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Wireless USB IP Integration
Client
RTOS
OS
Language
Development Tool
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Debugger Tool
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Analyzer Tool
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Japanese Client.
Toppers (µ-ITRON Specification)
NetBSD, Windows Vista (Wireless USB Host)
C Language, ARM assembly language
ARM development suite, GNU cross compiler tool
chain, Pizzafactory (build environment)
ARM Real View Debugger, Real View ICE, ARM
JTAG, GDB
Ellisys (Wireless USB protocol analyzer)
Brief description: Wireless USB IP is a Wipro’s intellectual property. In this project, Wireless USB IP has been
customized and integrated as a plug and play device for various applications such as printer, scanner and mass
storage.
This project involves following activities:1. Porting of Wipro’s Wireless USB IP onto GAIO platform with 2 FPGA board.
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Role:
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Porting of Wipro’s WiMedia MAC IP onto GAIO platform with 2 FPGA board.
Design and development of Hosted embedded solution for standalone embedded WUSB IP using PCI/e
interface.
Design and development of function drivers for devices like printer, scanner and mass storage on NetBSD.
Design and development of NAM module for Wireless USB IP.
Design and development of system evaluation software.
Validation with Wireless USB test suite provided by USB org.
Responsible for complete design and development of system evaluation software.
Involved in design and development of NAM module in WUSB IP.
Responsible for design and development of NAM CC Storage and retrieval.
Performance enhancement of the Wireless USB device by better utilization of the DMA on host side (NetBSD)
while ARM (embedded) receiving the data from the host.
Responsible for WUSB stack bugs fix found during testing with WUSB CV test suite provided by USB org and
system evaluation software. This task also involved study and understanding of Wireless USB specification.
Telematics - Emergency Call
Client
RTOS
Language
Development Tool
Debugger Tool
Modeling Tool
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A Leading Automotive Company.
Nucleus
C and C++ Language, ARM assembly language
ARM development suite, ARM tool chain
ARM Real View Debugger, BDI, GDB
Rhapsody
Brief description: Emergency call is a telematics application in automotive system. During emergency situation in
vehicle, Either User will start the E-call or E-call system will detect the situation and communicate the network service
provider for help. During communication, Information like GPS position, Vehicle information will be sent to the
network service provider.
This project involves following activities:1.
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Role:
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Design and Implementation of Emergency Call application based on the Application Communication Protocol.
Design and Implementation of HMI for E-Call application.
Design and Implementation of system evaluation software.
Maintenance and testing
Involved in requirement gathering.
Responsible for design and implementation of HMI for E-call.
Responsible for design and implementation of following packages - Resource manager and power manager.
Responsible for NVM interface.
Maintenance and bug fixing.
 Telematics – Network Access Device (NAD)
Client
: A Leading Automotive Company.
Team size
: 20
RTOS
: REX
Language
: C Language, ARM assembly language
Development Tool
: ARM development suite, ARM tool chain
Debugger Tool
: Trace32, QUALCOMM Tools, GDB
Brief description: Network Access Device is a device used in the Telematics system to access the available network.
Role: Involved in the Board bring-up, Involved in the design and implementation of drivers for serial communication
and flash driver, Involved in the code and performance optimization and Maintenance and bug fixing.
Professional training programmes underwent during my job
Embedded System Design (HC-12 Architecture and features, Programmes model, HC-12 Addressing modes,
Instruction Set, Introduction to Code Warrior Development Studio, Assembly language programming examples
Assignment and tutorials on assembly language programming, Introduction to C for Embedded Systems, I/O port
programming, Interfacing to I/O devices, Timer Module, Timer Programming using Real Time Interrupts, • Interfacing
to Stepper Motors, Pulse Width Modulation (PWM) module, Speed control of DC motors using PWM, Analog to
Digital conversion module and Application development)
Industrial Automation (Introduction to Pneumatics Technology, FRL (Service Unit), Actuators, Directional Control
Valves, Introduction to Electro Pneumatics and relay logics, Solenoid valves – principle and construction,
Interpretation and design of simple electro pneumatic circuits, Introduction to PLC, Need & advantage of using PLC,
PLC Hardware Structure and Parameters for PLC Selection)
Workshop on SYNERGY-INNOVATIVE and SYNERGY-FAST FORWARD
ACADEMIA
Bachelor of Engineering in Mechanical Engineering
Institute: Anand Institute of higher technology, Chennai, India
University: Anna University, Chennai, India
Grade: First Class with distinction
Aggregate: 79%
Achievement: Stood First in the class for three semesters and ranked 3rd in term of the overall aggregate
2003-2007
Higher Secondary Course Certificate in Mathematics, Physics, Chemistry and Computer Science
School: JG Hindu VM Higher Secondary School, West Mambalam
Board: Department of Government Examinations, Government of Tamilnadu
Aggregate: 94%
Achievement: 1st in the class
2001-2003
Secondary School Certificate
School: Kendriya Vidyalaya, Chennai, India
Board: Central Board of Secondary Education, New Delhi, India
Aggregate: 78%
Achievement: 3rd in the class
2000-2001
INDUSTRIAL TRAINING
At Rame Madras Limited, Chennai
 Gained exposure to Energy Absorbing Steering Columns, Electric Power Steering, Brake Linings, Disc Pads and
Clutch Facings
At Fenner India Private Limited, Chennai
 Undergone training in the processes involved in manufacturing, testing & maintenance of Cogged, wrapped, PolyV Multi-pull & timing belts
At Motherson Automotive Technologies and Engineering
 Undergone training in Injection molding, blow molding, compression molding and vacuum forming
At ELGI equipments, Coimbatore
 Undergone training in Automotive equipment division and rotary compressor division which includes Design and
manufacturing of lifts, paint booths, automotive servicing and diagnostic equipment, Design, development and
manufacture of electric and diesel powered screw air compressors.
ACADEMIC PROJECTS
Resources and Optimization Techniques of Best Manufacturing Process
In this project work, Wastes were eliminated by changing the layout of the box module, applying Total Quality
Management, Total productive maintenance, and value stream mapping. Man machine chart was drawn to find the
load factor of the operator during the operation. Kanban system is applied to achieve Just-in-time production.
Poka-Yoke for missing of gear oil filling in 5-speed manual transmission case
In this project, 5-speed manual transmission case and the gear oil filling machine were studied in detail to design a
pneumatic circuit to avoid the abnormality of the 5-speed manual transmission gear box to be fitted into the
automobile without gear oil in it.
RESPONSIBILITIES HELD
Executive member of DRAMATIC Club
Executive member of mechanical Engineering Association
Active member for department’s cultural functions
Placement co-ordinator for the department
PERSONAL PROFILE
Date of Birth
Mother tongue
Linguistic Abilities
Passport Number
10th August 1986
Tamil
English, Hindi
H2535524