- Deployment of PKI (Public Key Infrastructure) in CCC Automotive Architecture (Car Connectivity with OEM Servers)1) Leveraging KeyM AUTOSAR Module Configurations to handle certificates based on OEM Chain of Trust specifications.2) Knowledge of X.509 format of digital certificates.3) Knowledge of ASN.1 Encoding Rules defining the certificate's data.4) Knowledge of different certificates formats such as PEM (Base64-encoded ASCII) and DER (HEX-binary).5) Knowledge of Asymmetric encryption algorithms such as RSA/ECDSA.6) Usage of SHA2_256 and SHA2_384 hashing algorithms as a fingerprint for calculating the certificate signature using ECDSA (Elliptic Curve Digital Signature Algorithm) with the compatible curve parameters.- Crypto algorithms configurations inside the HSM such as AES (ECB/CBC/CTR/CCM)- Enabling SCP03 (Security Channel Protocol 03 for Smart Java Cards)

- Security Concepts Deployments 1) Secure Diagnostics based on OEM requirements and algorithms 2) Secure External Communication (Secure CAN channel) 3) Secure Boot Integration- Know-how of cryptography and signature methods, hardware security modules, key management and digital certificates in the automotive environment- Knowledge of AUTOSAR stacks (e.g. Diagnostics, Communication, Memory, Cyber Security)- Knowledge of the Vector Toolchain (e.g. DaVinci, CANdela Studio, CANoe)- Knowledge of ECU Composition, Ports Connectivity and Signals Data Mapping (RTE Generation)- Integration of SWCs interacting with the BSW through RTE- Unit Testing using VectorCast tool- Static Code Analysis using Klocwork tool/server- System requirements reviewing and software level requirements formulation (SRS Documentation) on Doors- Compliance to ASPICE leveraging the V-model of software development- Hands on experience with hardware security modules from different suppliers such as Renesas RH850 ICUM Core and NXP Phantom Secure Element- Multi-core Debugging