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M.Tech Electronic Instrumentation with 3.5 yrs Exp DCS PLC SCADA Instrumentation Resume
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Venkatesh
Norway
Technical Manager
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- Fujitsu FR30 91v360, 91101 RISC Controllers, MPC750
16 bit micro controllers - Fujitsu FR16 90520, 90570 RISC controllers , C167 Siemens
He has worked with various RTOS, which include VxWorks, pSOS ,OSEK/VDX and ERCOS. He has sound knowledge of system architecture for automotive and telecom applications and Board support package. He has expertise in C programming. He is well acquainted with the standard embedded system design/ development/ testing tools like cross compilers, IDEs (Tornado-II, Fujitsu Softune workbench for FR30, FR16 , GreenHill’s Multi for ARM platform, Codewright), emulators (Fujitsu Softune workbench for FR30, FR16 and Siemens C167). He has used PVCS Version Manager, PVCS issue/defect tracking system for Configuration Management System and Nestor Version Manager.
EDUCATIONAL BACKGROUND
Bachelor of Engineering in BioMedical (Electronics and Medical Instrumentation ) from The University Of Bombay in May 1999 with distinction.
TECHNICAL SKILLS
Operating Systems: Real-time development using VxWorks, pSOS ,ERCOS and
OSEK/VDX.
Programming
Languages: ‘C’, PowerPC assembly language ,Z80 assembly language and C167 assembly
Tools for s/w
Development: Tornado-II, Fujitsu Softune workbench, GreenHill’s Multi for
ARM, Matlab 6.1 (Simulink) , Codewright
Quality Assurance CMM-I L5 practitioner
CAREER DETAILS
Employer : Robert Bosch Corporation , Bangalore
Designation : Technical Leader (Embedded systems for Gasoline engines)
Period : Aug 2002 – Date
Employer : HCL Technologies Ltd., Chennai , India
Designation : Member Technical Staff (Embedded systems Group)
Period : May 2000 – July 2002
PROJECT DETAILS
Project 14:
Name: System designer
Duration: Mar 2004 – Date
Role: The chief role has been to lead a team of 10 members for the Engine Managment System projects .
Scope:
Requirement collection from the end customer , creating System design document , validating the customer requirement . Integration of all software modules developed inhouse and system testing on simulated environment and vehicle . The role involves day to day process activities like scheduling , effort tracking , ensuring Data quality , release planning , SCM audits , customer interface , requirements capture , milestone tracking , workflow management,FMEA planning and process tailoring. This is basically for passenger car market in Asia.
Project 13:
Name: Power Supply module for Snowmobile system
Duration: Oct 2003 – Mar 2004
Role: Concept Design, diagnostics design , Coding in ‘C’ and C167 assembly, Test plan preparation , testing on Labcar and Emulator and final system testing.
Scope: This module is part of software development for Bosch’s Electronic Control Unit (to control Engine) in Snowmobile system. The chief requirement is that the system should not draw any current when the engine is OFF. Power ON/OFF depends on various motoronic conditions. Various diagnostics conditions were implemented. This is a highly critical module in the entire system.
Platforms:
Software: ERCOS
Hardware: Bosch’ s own single board computer for Engine management system
Tools: Codewright IDE
Project 12:
Name: Development of new electrical functionality (Rollover switch , throttle safety and chassis relay) for Snowmobile system
Duration: Jun 2003 – Sep 2003
Role: Concept Design, Coding in ‘C’, Test plan preparation ,testing on Labcar and Emulator and final system testing.
Scope: Software development for the above functionality involved clear understanding of the system and based on which concept was designed .
Platforms:
Software: ERCOS
Hardware: Bosch’ s own single board computer for Engine management system , Rollover switch and Throttle safety switch h/w provided by the customer.
Tools: Codewright IDE
Project 11:
Name: Drivers for Electronically controlled Turbo in snowmobile system
Duration: Sep 2002 – May 2003
Role: Concept Design, Coding in ‘C’, Test plan preparation ,testing on Labcar and Emulator and final system testing.
Scope: This project involved development of i/p and o/p drivers for Turbo controller , electrical diagnostics for turbo and full fledged system testing. Clear understanding of Turbo controller was essential for the development.
Platforms:
Software: ERCOS
Hardware: Bosch’ s own single board computer for Engine management system
Tools: Codewright IDE
Project 10:
Name: BIOS modules for single board computers
Duration: Mar 2002 – Jul 2002
Role : Concept Design, Coding in ‘C’ and Power PC assembly , Test plan preparation ,testing and Emulator , integration and final system testing.
Scope: The project involved development of customer specific BIOS routines to handle DIO Read/Write for their single board computer. It also involved drivers development for PWM Generation/Capture. Also part of the development was selective soft reset of DIO ports in case of reset. This was again customer specific to prevent critical ports to be disturbed during resets.
Platforms:
Software: OSEK
Hardware: Customer’s own Single board computer (Power PC based controller)
Tools: Codewright IDE
Project 9:
Name: Production Tests
Duration: Nov 2001 – Jan 2002
Role: Design, Coding in PowerPC Assembly Language and ‘C’, Test plan preparation and testing.
Scope: Development of Production tests for a PPMC (Processor PCI Mezzanine Card).The main goal was to test all the on board devices before loading the OS. The devices chiefly tested were Serial Ports, SDRAM, Flash, PCI Bridge controller, external Cache, IIC bus , Serial EEPROM. These tests are used in Board Production Unit to ensure the correct functionality of PPMCs.
Platforms:
Software: VxWorks
Hardware: PPMC card with MPC750 – 500MHz, 1GB SDRAM,1MB Level2 cache, CPC700 memory controller and PCI Bridge,32kbit IIC Serial EEPROM, 512kb boot flash ,4MB strata flash and 2 16550-compatible UARTs.
Tools: TornadoII IDE
Project 8:
Name : CPCI autoconfiguration and Hotswap implementation
Duration: Aug 2001 – Oct 2001
Role: Design, Coding ‘C’, Test plan preparation and testing.
Scope: This was for a Single board Embedded Computer with MPC750 and PCI32/64 bus. This card as a master on a CPCI chassis had to detect all the slave cards and allocate space for them. This is autoconfiguration and with the help of Hotswap, protocol the master could keep track of new cards being hotplugged and old cards removed.
Platform:
Software: VxWorks
Hardware: MPC750 based card with CPC710 PCI32/64 bridge controller and Hotswap controller.
Tools: TornadoII IDE
Project 7:
Name : Shared Memory N/W driver for a PPMC card without Ethernet
Duration : Jun 2001 – July 2001
Role: configuration and test plan preparation and testing
Scope: Configure the Shared Memory Driver provided by Windriver with VxWorks for a PPMC card. The PPMC card is basically plugged on a PCI32 bus of a host Computer with Ethernet. On powerup , first the host loads vxworks through its
ethernet. Then the target PPMC will boot VxWorks through shared memory configured in the host.
Platform :
Software: VxWorks
Hardware: MPC750 based card.
Tools : TornadoII IDE
Project 6:
Name: Porting Board Support Package for a single board computer and a PMC card
Duration : Feb 2001 – May 2001
Role: system redesign , coding in PowerPC assembly and ‘C’ language , test plan preparation and testing.
Scope: Porting of BSP from one MPC750 based board to another MPC750 board with different peripherals. This involved porting and development of drivers, initialization of on board devices and loading the OS. The work also included development of utilities for programming flash.
Platform :
Software: VxWorks
Hardware: MPC750 based cards
Tools : TornadoII IDE
Project 5:
Name : BSP Validation Testing for various Boards
Duration : Dec 2000 – Jan 2001
Role: Testing and fixing the failed cases.
Scope: The BSP is validated using Windriver’s BSP validation test suite for vxWorks. The suite tests the functionality of BSP routines.
Platforms:
Software: BSP
Hardware: MPC750 based cards
Tools: Windriver’s BSP Validation Test Suite
Project 4:
Name: Pulse Input/Output for automotive application
Duration : Jul 2000 – Nov 2000
Role: system design, coding in ‘C’ language, test plan preparation and testing.
Scope : PIO module measures the input pulse duration and generates pulse waveform as requested by different applications. The hardware blocks controlled by PIO module to facilitate this functionality are, 16 bit Free Running Timer, Input Capture Unit, Output Compare Unit and External Input Capture Unit (ICU simulation using External interrupts – excluding NMI).
PIO provides service functions for fast disabling and slow enabling of hardware units. During under voltage condition, fast disable function is used to disable all hardware units and upon recovery, slow enable function enables the necessary hardware units.
Hardware abstraction has been done with a three-layer architecture (Common layer, Logical layer and Physical layer). Common layer contains API and code, which is common to all platforms. Logical layer contains all common (for all platforms) and logical device dependent code. This layer contains the code needed for all platforms but for specific hardware devices. Physical layer contains platform dependent code.
Platforms:
Software: OSEK
Hardware: Fujitsu MB91360
Tools : Softune Workbench
Project 3:
Name: Antilock Blocking System module for automotive application
Duration : May 2000 – Jun 2000
Role: system design , coding in ‘C’ language , test plan preparation and testing.
Scope : The main function of this module is to derive the state of ABS (Anti Blocking System) and BKL (Brake Control Light) lamps by monitoring and evaluating the input data from PIO module. The data obtained from PIO was derived from the conventional input PWM (Pulse Width Modulated) signal connected to the port.
Platforms:
Software: OSEK
Hardware: Fujitsu MB91360
Tools : Softune Workbench
Project 2:
Name: EEPROM Driver with IIC software simulation.
Duration : Jan 2000 – Mar 2000
Role: system design , coding in Z80 assembly language , test plan preparation and testing.
Scope : This was a driver module for serial IIC compatible EEPROM. The code incorporated IIC software simulation using I/O ports. The global routines provided by the driver were for initialization of SDA and SCL channels, write EEPROM and read EEPROM. This module runs on IIC master target.
Platforms :
Software: pSOS
Hardware: Z80 core based customized board
Tools : Z80 compiler and simulator
Project :
Name: SMTP and POP clients implementation for PDA
Duration : Oct 1999 – Dec 1999
Role: system design , coding in ‘C’ language , test plan preparation and testing.
Scope : SMTP and POP were implemented to send and receive mails in PDA.The task involved socket programming .
Platforms :
Software: pSOS
Hardware: ARM core based customized board
Tools : Prism IDE
Achievements:
He has strong interpersonal and communication skills. He is a committed team player. He was sent to California (SBS Technologies-Client), USA for 6 months ( Oct 2000 – April 2001) as an onsite coordinator and integrator by his employer HCL Technologies . He has also been deputed to Robert Bosch Gmbh , Germany by his present employer Bosch India.
He was also deputed to Robert Bosch North America (Detroit-USA) for a period of 7 months ( Aug 2003 - March 2004) for system study and project initiation. He handled the smooth transfer of project to offshore and is currently managing the same with constant growth of the project. He has a sound knowledge on current market trends and technolgy. His customer handling skills are excellent. He was once again deputed to Robert Bosch North America (Detroit-USA) for a period of 6 months starting Nov 2004 - May 2005.
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