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Gaurav Kumar Singh
Email: [email protected] Cell: +91- 9850828355
Experience Summary
Self-motivated and result oriented professional with over 9 years of experience with Tata
Consultancy Services, India in Automotive embedded systems, Infotainment and Telematics
systems, Electric Vehicle charging infrastructure services, Engineering services, Access Control
Building Management solutions and embedded handheld devices.
Qualifications Summary
Degree and Date Institute Major Specialization
Bachelor of Technology
(B.Tech), 2002-2006
Vishveshwarya Institute Of
Engineering and Technology,
Affiliated to UP Tech university.
Computer Science
Engineering.
Higher Senior Secondary
(H.S.C.), 2001
Central Board of Secondary
Education, Delhi
Physics, Chemistry,
Math
Secondary School
Certificate (S.S.C.), 1999
Central Board of Secondary
Education, Delhi
General
Key Highlights
Experience in In-Vehicle Infotainment platform confirmation, Middleware development
and simulation modelling for Japanese automotive OEM.
Presently working in Test Automation system development targeted for In-Vehicle
Infotainment and Telematics system End-to-End functional and performance testing,
using NI PXI-e system based platform.
Experience in off-board vehicle charging infrastructure component development using
CHdeMO (V2H, V2G) and Combo charging systems (DIN-62196, ISO-15118 standards).
Experience in working with global customers in multicultural and multilinguistic
environment (Working experience in India, Japan, Paris, Belgium, London, and Israel).
Experience in software development for transport layer and application layer
programming.
Experience in production equipment and environment setup for the product deployment,
including test rigs and data servers.
Member of CHAdeMo, and SAE on behalf of Tata Consultancy Services.
2
Skills & Experience Overview
Programming Languages Embedded C, C++, C# .Net, WCF, WPF,
Controllers Renesas SH7147, SH7169, RX62T,
ICE/JTAG Debuggers E8a debugger, Lauterbach Trace32 ICD
Calibration and Measurement CANape, ASAM MCD-MC3, XViewer
I-VI Test Automation NI PXIe system, VN1630, eggPlant,
Vector Tools CANalyzer, CANoe, CANape, ASAP3, XCP
Configuration Management HP Quality Centre, ARAS Innovator
Other tools DOORS, LABView, NI TestStand, Renesas HPE Toolkit, Averna
GNSS signal generation / simulation, R&S GPS simulation,
Career Profile
In-Vehicle Infotainment – Test Automation System Development
Duration: Oct’ 2015 to Present
Key Role: Project Leader
Summary:
Development and program management of test automation system for In-Vehicle Infotainment and Telematics units functional and performance testing, in order to meet extensive market release timelines for multiple vehicle variants.
Understand the IVI unit requirements (DOORS), executable specification creation for IVI screen transition.
Hardware BOM finalization (NI PXIe, Averna, Vector, IAI system, Gig-E camera, IPS etc.) for various signal and interrupt simulation, Infotainment unit screen & sound capture and
Judgment analysis.
Automation test execution and sequencing using NI TestStand.
Software and Driver development for multitude of Test automation components using NI LABView, C# .Net and C++ code modules.
Automation test case and test script development and configuration using HP Quality Centre.
In –Vehicle Infotainment – Platform Confirmation, Middleware and HMI development
Duration: April’ 2014 – Sep’ 2015
Key Role: Technical Leader & Onsite Project Coordinator (JAPAN)
Summary:
To confirm the base platform including hardware, O.S. and driver layer, received from TIER-1 suppliers, Development of middleware layer to abstract application / HMI layer and hardware layers and integration of hardware, driver, middleware layers.
Platform confirmation (start-up stability, performance testing, power fluctuation condition and
fault testing) for received IVI base hardware unit before integration.
Middleware abstraction level development interfacing with application and HMI layers.
Application level development for interrupt management and IVI state machine control in C++.
HMI screen development using CGI studio.
Source code integration and unit testing for system verification.
3
Electric Vehicle High Voltage Charger Development (CHAdeMO 1.0.1)
Duration: Oct’ 2013 – March 2014
Key Role: Technical Leader & Onsite Project Coordinator (JAPAN)
Summary:
Development of CHAdeMO 1.0.1 compliant high voltage charger firmware and a conversion interface for inter-compatibility between CHAdeMO and COMBO (Din-62196, ISO-15118) charging protocols.
Requirement study and understanding of CHAdeMO 1.0.1 charging protocol.
Understanding study of COMBO (Din-62196 and ISO-15118) charging protocols.
Application firmware specifications and design development for both CHAdeMO and COMBO protocols and inter-communication interface.
Firmware development using embedded C and firmware flashing on RENESAS SH7169
Simulation hardware setup development for simulating different charging protocols using
Phytec QCA7000, GreenHills Integrity and TI-AM3558 controller.
Integrated system testing using OEM provided Electric Vehicles and High Voltage chargers at Japan, Paris and India locations.
Vehicle–To-Home Electric Vehicle Charger Development
Duration: Oct’ 2012 – Sep’ 2013
Key Role: Technical Leader & Onsite Project Coordinator (JAPAN)
Summary:
Development of CHAdeMO 1.0.1 and Vehicle-To-Home compliant electric charger firmware to
charge electric vehicle using home electricity, and to provide home power supply using electric vehicle battery during black-out or high tariff conditions.
Requirement study and understanding of CHAdeMO 1.0.1 charging protocol.
Understanding study of Vehicle-To-Home (V2H) supply protocol.
Application firmware specifications and design development for both CHAdeMO and V2H protocols and inter-communication interface.
Firmware development using embedded C and firmware flashing on RENESAS SH7142 and Rx-
62T controller
Integrated system testing using OEM provided Electric Vehicles, Vehicle-To-Home charger, and Japanese home equipment at Japan, India locations.
Access Control System for Building Management
Duration: Mar’ 2008 – Aug’ 2012
Key Role: Technical Module Leader
Summary:
Development of Access control security system to provide user access with various level of device configuration and authentication using Service Oriented architecture (SOA) based distributed systems.
Domain Knowledge understanding for security domain , SOA based Distributed architecture and hardware controllers used for access control
Development of WCF Server, Windows based WCF Client, WPF application, SOAP services and Web applications, using Spring framework, NServiceBus and NHibernate.
Application layer data transportation using BEEP Protocol in embedded C data structures and conversion of InterOp based data into C# Objects using Marshalling and MS InterOp techniques.
Device Communication Server development using vortex framework for peer to peer communication and integration for various access card types (e.g. Desfire, Myfare etc.)
Production equipment and environment setup for the product deployment, including test rigs and data servers at London, deployment of failover clustering environment to increase applications availability
4
Barcode Reader System Development
Duration: Nov’ 2007 – Feb’ 2008
Key Role: Team Member
Summary:
Development of Barcode reader and Imager software for a leading organization in barcode devices.
Software and driver development for barcode reader devices and imagers using C++ and VC++.
Software application localization for various cultures and languages to develop a global software for different geographies.
Source code integration, flashing, validation and verification for different language simulations.
Handheld I-ECU Devices
Duration: May’ 2007 – Nov’ 2007
Key Role: Team Member
Summary:
Development of I-ECU devices software to connect with European escalator systems and
localization of instruction data for operators understanding.
Software and driver development for I-ECU devices using embedded C.
I-ECU screen design using QT-3.3.6 libraries.
Modifications in boot loader sequence, for flashing of localized Unicode strings in I-ECU device in Red Hat Linux using embedded C.
Validation and verification of I-ECU devices for different language simulations.
Personal Particulars
Date Of Birth 28th June 1984
Nationality INDIAN
Marital Status Married
Children 1
Linguistic Ability English, Hindi, Elementary Japanese
Passport Z3491387
Current Location Pune, India
Linked In: https://www.linkedin.com/in/gaurav-singh-36b31446
Declaration
I hereby declare that all the details are true to the best of my knowledge and belief.
Date : 07-05-2016
Place : Pune Gaurav Kumar Singh