Vamsi Basireddy

1. Project: PCM development at Stellantis, Auburn Hills.

Responsibilities

• Design and implement low-level software modules that interact with engine position sensors (e.g., crankshaft, camshaft) using angle-based triggering
• Integrate angle-based CDDs with higher-level application software and calibration tools
• Investigate and resolve software-related issues observed during HIL simulations and Dyno bench testing.
• Validate software functionality across different engine variants and configurations.

2. Project: 48V e-Turbo at Garrett Advancing Motion, Bangalore.

Responsibilities

• Responsible for configuration and integration of Communication and Diagnostic stacks.
• Configuration of the new variant using post-build selectable.
• Analyze and resolve defects raised by the system team and from the customer.
• Reviewing stakeholder requirements, system requirements, and raising OPLs.
• Document software detailed design, construct units, and perform unit testing.

3. Project: e-Axle is a 3-in-1 (Inverter, eMotor, and gear box) at GKN Automotive Ltd., Bangalore.

Responsibilities

• Responsible for the entire General Application Software layer, which consists of the Signal Communication Handler, Diagnostic Handler, and Data Handler SWCs.
• To review the stakeholder requirements, system requirements, and software requirements.
• Perform root cause analysis, and resolve defects raised during system testing and customer feedback.
• To construct SW units in compliance with MISRA, CERT-C, and Polyspace.
• To contribute individually and to lead the team in SWE.3 and SWE.4 deliverables.

1. Project: HCP4 (High-Performance Computing Platform)

Responsibilities

• Diagnostic developer, responsible for the configuration and development of diagnostic services using UDS and OBD protocols in DCM and DEM.
• Perform candela import, configure, and implement DIDs, RIDs, PIDs, and handle diagnostic events and faults.
• Complete responsibility in all phases of the SDLC, such as reviews of stakeholder and system requirements, decomposition of software requirements, software detailed design, implementation, unit testing, validation, and integration testing.
• Analyze software issues, debug, and fix defects.

2. Project: Body Control Module with SMART Entry.

Responsibilities

• Module ownership for application software development (Configuration & Customization, Fob ID Transmission, and Operation Mode Mgr).
• Responsible for defining SWC, specifying required and provided ports, assigning interfaces, and configuring data elements.
• Validate the RTE generation process, and resolve any tool errors. Integrate RTE with the OS, and BSW layers.
• To perform SW verification for timer and communication measurements.

Project: Insulin Pump, Medical (Class III) device

Responsibilities

• Firmware development of the RTC module (uses I2C) and the keypad interface.
• Debugging the code into development board to detect software defect root cause analysis.
• Unit and integration testing of the entire project's source code (C and C++) by creating a complete test harness using VectorCAST/C++.
• Performing static code analysis in QAC, and fixing MISRA warnings.