Tahir Baloch

Led the integration of various steering system components for multiple software releases using IQM and Jenkins. Debugged and resolved issues arising during the integration process. Developed and implemented the "reset via CAN" feature based on customer specifications. Optimized CPU load and memory management to improve performance Developed a Python-based tool for RTE (Runtime Environment) analysis and manually performed RTE analysis for PURL-3. Provided support and guidance to integration teams in India.

Integrated various AUTOSAR modules for the Zone Control Unit to support Stellar 32-bit Automotive Integration MCUs, utilizing sAfe software techniques and ensuring compliance with ISO 26262 standards. Managed Diagnostic Communication Manager (DCM) and Diagnostic Event Manager (DEM), including error reporting during DIDAS integration; implemented various ISO 14229 UDS (Unified Diagnostic Services) for the Zone Control Unit. Debugging, Testing ensuring AUTOSAR standards, and ISO 26262 requirements.

Configuration of the DCM and DEM module of the AutoSar architecture for PPE (Premium Platform Electric). Implementation of Diagnostics for SWC task-related Door identification, routine control, measurement values, Event memory and adaptation modules for door control unit. Development of new functionalities for the door control unit. Refactoring the previous code from another project into a current project Removal of compiler and QAC warnings according to MISRA standards

Software Engineer at Competence Center Instrumentation, Displays & Haptics Department Project FIAT500BEV: The instrument cluster consists of two parts i.e. Graphic Controller (GC) and Automotive Component. The project contains tasks including Development, Integration and debugging of new packages. Designing, development and execution of the Integration test specification related to Automotive Component (AC), Graphic Component (GC) and ASIL.

Software Developer for Diagnostics Module for Autosar architecture for Door Control Unit. Development of DCM (Diagnostic Communication Manager), DEM (Diagnostic Event Manager) Development of diagnostic jobs for DCM and DEM development. Implementation of diagnostic tasks related to door identification, Remove compiler and QAC warnings and refactoring the previous code from another project to a new project

Development of testing Framework for automated testing for KAFAS 4 (Camera for advance driving Assistance System) System Testing of various functions including Visual Functions and System Degradation. Development of automated tool in C# to generate python scripts. Development of new libraries for existing Testing framework. Extension of HIL with new test frameworks

Software Development of Advance Driver Assistance System. Functional development for RAIV - Realistic Automotive Interactive View (Top view 3D- surround view for cars) Development of Ethernet parsers, image decoder, Video Recording Module with H264 and MPJEG Coding Codec. Moreover development of H264 and MPJEG videos player and Ultrasound Parser

Functional Development for Basic software for Inductive Charging system. Integration of the developed function with other layers of the AUTOSAR. Tickets solving for problems in Basic Software.

Development of an algorithm for the Newman battery model Research and development of optimal numerical solver for ASSET library software package (design and simulation tool for lithium batteries) with C ++ at Visual Studio 2013 Optimization of numerical solvers and integration with the ISET-LIB software package Comparison of the results with other simulation tools

Quality Assurance and Test Automation Development of memory test tool for M8190 arbitrary waveform generator and M8195 any waveform generator in C# environment Manually test the front-end GUI of M8190A and M8195 to arbitrary waveform generator Development of the sample code for M8195 AWG software package in C#, C++ and Visual Basic.