R&d software engineer in telecomm mnc - VINOY K VINCENT
VINOY K VINCENT is a R&D Software Engineer in Telecomm MNC looking for employment in London
Full name: VINOY K VINCENT
Objectives:
Seeking Job opportunity as IT specialist or lead R&D Software Engineer in reputed FIRM
Skills:
A high performing R&D Software Engineer working with a leading Telecom multinational, with over 4 + years of experience in IT/ Automotive/Industrial automation domains. Solid skills in Software Development Life Cycle (SDLC) process with exposure to configuration management, coding, testing, integration, defect analysis and maintenance.
Process and detail oriented problem solver with demonstrated ability in debugging and testing of software/hardware modules. Results oriented team player with strong organizational, leadership and communication skills.
Work Experience:
SIM/ Security/ Production Support Responsible
Client: NOKIA
Environment: Prommer, Musti - HW Flash/ Trace Tools, Phoenix, Fast Trace – SW Flash/ Trace Applications.
Duration: May 2007 – Present
Team size: 7
Project Description: The CellMo (Cellular Modem) team does CellMo SW Integration and release of the software component provided by Wireless Platform (WP) which includes (Intelligent Software Architecture) ISA Protocol SW, ISA Core SW and Cellular DSP SW. The mission for CellMo release is to provide cellular engine platform for all the Multimedia Product Programs.
Project Responsibilities As Production Support Engineer/ Integration Engineer responsibilities involve SIM, Security Server related issues/errors and the following ENO SW requirements :
• ENO SW (Engine in Operation) requirements handling
• Follow up the test features releasing to ENO SW
• Supporting builds on production site
• Failing phones investigation from ENO SW side if needed
• Error handling regarding ENO SW
• Error writing to error databases
• Tracing support
• NORA data analyzing on MFR situations
• Message logs from testers (Fast Trace shared connection)
• Work around solutions proposing to tester side
• Participating to product MFR meetings
Automotive Embedded Systems Development
Client: Classified, USA
Environment: Windows/ ECM board (Motorola 32-bit Embedded processor MPC555), TRACE32 Debugger, DIAB Compiler, Clearcase CM Tool
Duration: June 2005-April 2007
Team Size: 3
Project Description: The Project is to develop and maintain the Electronic Control Modules (ECM) for the Off High Way Truck Engines. The project demands strong Software Development Life Cycle (SDLC) practices and key automotive domain knowledge. The project involves analysis (domain requirements), design (ECM), coding (Embedded C), compilation (DIAB compiler), testing (Debuggers TRACE32), integration (Rational Clearcase), configuration management (Rational Clearcase), maintenance and defect analysis.
Project Responsibilities: Coding, Hardware Testing, Configuration Management, Integration and Defect Analysis
Machine Control Software and Human Machine Interface Development for Injection Molding Machine
Client: Classified, Germany
Environment: Windows/ LASAL, LSE
Duration: 6 months
Team Size: 3
Project Description: The Project is to develop Machine Control Software and Human Machine Interface (HMI) for Injection Molding Machines. This project involves development, design and maintenance of Machine Control Software. SIGMATEK made Programmable Logic Controller (PLC) is used to control the machine. The tools used are LASAL CLASS and LSE SCREEN which is proprietary IDE for SIGMATEK PLCs. LASAL is a modular tool for programming SIGMATEK control systems and visualization devices. LSE stands for LASAL SCREEN and is a tool used for designing the HMI screens. LSE and LASAL work in conjunction to realize the software required to program the control systems.
Project Responsibilities: Responsible for HMI Design, Development, Maintenance and Configuration Control.
Simulation of HL7 Protocol
Environment: .NET with C# Language/
Department: .NET Centre of Excellence
Duration: 6 months
Team Size: 2
Project Description: Health Level 7 (HL7) is a protocol used in health service communications. This protocol is used to encrypt and decrypt the messages in a health management system. The task involves generating the encrypted or decrypted data message as per the network request.
Project Responsibilities: Design and Coding of application
Education:
Education
• Master of Computer Applications, Coimbatore Institute of Technology, Coimbatore (2004)
• B.Sc (Electronics), College of Applied Sciences, Palakkad, Kerala (2000)
E-mail: vinoyvincent@rediff.com Phone: +919900230278
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