Anupam Majjagi

Tasks: 1. Development of  application for BMS (Battery Management System) using MATLAB/TargetLink 2. Configuration of some of the  BSW modules of Autosar (MICROSAR) using the Vector tool DaVinci Configurator 3. Creation of RBS (Rest Bus Simulation) using CANoe 4. Testing of BMS system using the Vector tools like CANoe, CAPL scripting, vTEST Studio. The testing is regressive and automated with complete report generation 5. Low level debugging using Lauterbach Trace 32 debugger 6. Creation of requirements and the links in DOORS 7. Configuration of Diagnostic tests using Vector Diva 8. Updating the Diagnostic description (cdd, odx,pdx) using Vector tools (ODX create, Candela) and KPIT Database Designer Controllers used: 1. MPC56xx controller from Freescale(NXP) 2. S32K14X controller(ARM cortex M4f) Compliers: GHS (Green Hills )

 Team : Industrial Control and Automation Team.  Title : Software Integration of new PLC (Programmable Logic Controller) functions.  Details : 1. The Tiva C Series Microcontroller (ARM Cortex M4) is implemented as a front-end controller of the PLC Analog and Digital I/O modules. 2. I was involved in the Firmware development for the Microcontroller to establish communication with I/O modules through I2C and SPI.

 Duration : September 2013 – February 2014.  Team : MSP430 Application, Verification and Validation Team.  Details : 1. Coding of Test Programs for newly designed modules of MSP430 Microcontroller Family, to ensure correct functionality. The main focus had been on the following modules: Memory Protection Unit, AES, Timers, Clock Control, Power Management and Supply Voltage Supervisor. 2. The tests needed to be self-checking and had to be integrated into LabVIEW based automated test environment (Automated Validation System). 3. Maintaining the sources in Revision Control Systems: Clearcase and GIT. 4. Benchmarking of Code Density, Code Execution Cycles and Energy Consumption with various Application Codes for the MSP430, Cortex M0 and Renesas RX111 devices. 5. Identification of potential improvements for Compiler and Code functions based on the Benchmark results.

1. Application development using Model based generation tool called ASCET (Advanced Simulation Control Engineering Tool) for the customer PSA. 2. Validating the models with MIL Simulation. 3. Testing of the generated code in a LabCar.