Automotive cyber security expert

12/2020 – 12/2023

Handle complete cyber security vector crypto stack integration and implementation, customer requirements analysis, customer discussion and implementation. Architecture for powertrain ECUs etc

Automotive functional safety professional (AFSP), AUTOSAR (AUTomotive Open System ARchitecture), Cyber Security, Embedded Software Engineering

3/2011 – 7/2019

Technically Leading the International team on Aurix 2nd Generation(TC3XX) multicore Autosar architecture where supporting different OEM programs on Cyber security solutions, Crypto, , HSM, MPU, BSW, Os, cry, cyber security and crpto stacks(ISO 21434) provided by Vector. apart from technical coordination, I am also analyzing customer requirements and architecture discussions with architects and with VectorsTechnically Leading the International team on Aurix 2nd Generation(TC3XX) multicore Autosar architecture where supporting different OEM programs on Cyber security solutions, Crypto, , HSM, MPU, BSW, Os, cry, cyber security and crpto stacks(ISO 21434) provided by Vector. apart from technical coordination, I am also analyzing customer requirements and architecture discussions with architects and with Vectors
Skills: Controller Area Network (CAN) · AUTOSAR 4.2 · Application Lifecycle Management · Automotive cyber security/ ISO21434 · Automotive Functional safety / ISO26262 · Product Lifecycle Management · OSEK · Software Requirements · RISC · Automotive · Infineon Hardware security Module(HSM)
Setting up the Basic Software for Anotomous Monitoring Unit ECU product using AUTOSAR architecture & methodology.
AUTOSAR Development and Integration tasks for multiple premium American/European/Asian customers.
Primary tasks involve: -
1. Analyse Customer requirements and collaborate with international teams to plan and implement.
2. Along with team collaboration my task is to handle HSM, SHE+, Cryto Stack, ISO 21434, BSW modules like OS (MPU), COM, DCM, NVM, etc configurations and generation using DaVinci configurator and SW-C using DaVinci developer using Autosar 4.x architecture. It also involves Aurix MCAL drivers configuration which involves ADC, MCU, DIO, PORT, SPI, PWM, etc, Safetylib integration delivered by Infineon, MPU Deisgn, configuration, and integration for ASIL-C safety compliance product.

Automotive functional safety expert (AFSE), AUTOSAR (AUTomotive Open System ARchitecture), Hardware Entwicklung

2/2008 – 3/2011

his Project completely developed from the scratch. Diagnostic and COM stack is from Vector and all other components are from Electrobit. We integrated both the Stack by doing the Configuration, Development and Testing of COM-Diag software for ADAS Sensor (ECU).
It provides all the communication and Diagnostics interfaces between application SW and Algorithms to drive the sensors.
Scope of the work is to configuration of COM stack with DaVinci Configurator tool by Importing the .dbc file and Generate the code and compile the COM stack .
Software: DaVinci Configutator , EB Tresos , Candela Studio, CANoe, QAC V8.1.2, TD4, DOORS.

Hardware: ADAS ECU, Trace 32 debugger (Lauterbach), CANoe.

Standard/Protocol: CAN/CAN-FD, UDS and AUTOSAR

Contribution:
• Analyzing and clarifying the requirements
• Implementation of Application and UDS Diagnostics Code in C Language in an AUTOSAR stack.
• SPI driver configuration for external flash.
• Creating the CDD file as per the Requirement.
• Responsible for the standardized software and module development of innovative functions
considering functional safety according to ISO 26262 and automotive processes (SPICE)
• Run Time Stack Measurement, Callback configuration for DEM DTCs.
• Configuring DBC and CDD file and Davinci Configutator and Generating CAN Stack code and implementing Application Interface
• Static Code Analysis(QAC) and fixing Warnings
• Integration Testing in Bench Setup
• Performing Release Activities and participating in Code Reviews
• Lauterbach, Davinci Configurator, Windriver Compiler, CanOe, UDS, DOORS, EB Tresos, MISRA , ASIL_B,CDD,

AUTOSAR (AUTomotive Open System ARchitecture), Embedded Software Engineering, Hardware Entwicklung