Snehal Shende

Project : Minerva vECU and Cluster-SIL

• Virtualization of IDC ECU using DaVinci Configurator and vVirtual Target toolset.
• Software build and Software integration with Classic(AURIX) stack for virtual platform.
• Stimulation, Debugging, Measurement and Calibration of vECU build in CANoe environment on test bench.
• Integration of AURIX/Orin via SILKIT using Hyper-V setup on Windows Bench.
• Testing Linux and QNX stack QEMU images on Hyper-V setup using NTS, NEST, DIVA test suits on CANoe configuration.
• Integration of vECUs for Cluster-SIL platform on AWS. Testing of IHC and AEB use case between vECUs.
• Collaborated with other departments in organization to facilitate successful project completion.

• Project: HKMC MVS4 (Mono Vision System) Model Developer
• • Requirement procurement, analysis, review and provide feedback to Customer.
• • Analyzing and Defining signal interface for features on Architecture level.
• • SIMULINK model development for ADAS features for low-level requirements.
• • Auto-code generation using Embedded Coder(RTW). C-Code calibration and optimization for integration.
• • Development of Test harness using SIMULINK verification and validation toolset. Manual test cases writing for MIL/SIL back to back testing.
• • Generation of Detailed Design Document of the Model.
• • Trained and Mentored competent and flexible workforce to meet project needs and promote positive work environment.
• Project: Subaru SVS350 MBD Model Imp and Testing (MIL/SIL)
• • Conversion of the Subaru Spec Models into Implementation Models for AEB and HMI feature as per the FuSa ISO 26262 Guideline.
• • Model Updates per Spec Updates change for both Vision and Radar Systems for HMI.
• • Model Code Generation using TargetLink compliant with AUTOSAR components.
• • Performing of MIL v/s SIL testing using BTC Embedded Coder.
• • Generation of Stimuli Vectors for ATG and CV testing or B2B Test Profiles.
• • Debugging of Model and Code for Test Failure Analysis.
• • Perform Static Code Analysis using Polyspace and fix the models for the violations reported per MISRA 2012 C coding standards.
• Project : Geely CADS4(Collision Avoidance Detection System)
• • Perform Integration of all the SWCs (Software Components) of all the features into a Root Model for the entire CADS4 system.
• • Simulation of the Integrated Model and Code Generation with Autosar compliant using the rtw Embedded Coder (ERT).
• • Creation of the Model in Loop (MIL) test harness model and test simulations.
• • Creation of the Software in Loop (SIL) for the Models and verifying the results with MIL v/s SIL.
• • Perform Static Code Analysis using LDRA and fix the models for the violations reported per MISRA 2012 C coding standards.