The scope of project is to develop Software for e-Drive Inverter Software and design and manufacture Hardware respectively. The projects involve components with AUTOSAR and Non-AUTOSAR standards.

• Responsible for BSW SW Components related test activities planning, controlling, estimating, monitoring and reporting during all project phases
• Undertake BSW test activities tracking, monitoring and reporting for the delivery of a test plan against the overall project plan
• Responsible for designing, developing and implementing cost-effective methods of testing and troubleshooting systems
• Identifying, managing and recording risks and issues across the full testing life cycle
• Defining and maintaining the testing strategy and various test plans. This should cover both automation and manual testing
• Defining and owning testing component project plans, fully understand all project and testing assumptions, dependencies and associated risks

Technical Responsibilities:

• SME (Subject Matter Expert) for Communication Testing Topics (CAN, CAN-FD, XCP, XETK, OSEK-TP, SPI).
• Preparing test strategy for Communication protocol testing.
• Requirements analysis and preparing Generalized and reusable Test Approach.
• Preparing Test Specification Generators for Communication testing.
• Requirement Gathering, Architecture and Design Spec. analysis.
• Responsible for developing test cases and writing Test specifications.
• Performing testing of:
  • Network Management Testing
    • Sleep WakeUp
    • TimeOuts
    • Suppression Time after Wakeup, Timeouts and BUS-OFF
  • Inverter BSW Functional Testing
    • Inverter Mode Manager
    • Active Discharge
    • Motor Safety Mode
    • Diagnostics services
    • CAN Communication
• Test Cases Execution Automation

The scope of project is to develop LOW LEVEL drivers, Security and Application Software Modules for e-Drive Inverter Software and design and manufacture Hardware respectively. The projects involve 4 components with AUTOSAR and Non-AUTOSAR standards.

• Requirements analysis across different projects and preparing Generalized and reusable Test Approach.
• Preparing Test Specification Generators for Communication testing.
• Requirement Gathering, Architecture and Design Spec. analysis.
• Responsible for developing test cases and writing Test specifications.
• Test Cases Execution Automation
• Performing testing of Low Level Software Testing
  • Aurix QSPI and ASCLIN module
  • Aurix GTM Module
  • Aurix VADC & DSADC Module
• Evaluation of measurement results
• Ensuring test specifications, methods, and procedures are in conformance with the requests as outlined by the internal and external customers and eventually delivering ultimate success and acceptance product.

The scope of the project is to validate overall SOTA System and Software Components. The projects involve cloud, web interface, Gateway module between cloud and vehicle ECUs (Non-AUTOSAR and AUTOSAR ECUs)

• Define and initiate test activities and assigning to respective team member
• Coordinating the test requirements with the project stakeholders
• Planning and execution of Software tests and System tests
• Performing the testing of:
  • System testing
  • Software testing
• Evaluation of measurement results
• Documentation of effort and test results
• Ensuring test specifications, methods, and procedures are in conformance with the requests as outlined by the internal and external customers and eventually delivering ultimate success and acceptance product.

The scope of the project is to validate the Vehicle features by integrating ECUs into a Network. In the context of automotive applications, "Hardware-in-the-loop simulation systems provide such a virtual vehicle for systems validation and verification. It is a DSPACE full-size simulator comprising 42 ECU's including both Body and Chassis Bench's.

• Requirement Gathering, Architecture and Design Spec. analysis.
• Responsible for developing test cases and writing Test specifications.
• Test Cases Execution Automation using Automation Desk
• Performing the testing of:
  • ISO-14229 (UDS) based diagnostics testing
  • Functional testing (ECUs integration testing)
  • Network Management
  • NAFTA, EMEA, BUX market regulatory based Vehicle Functionality testing
• dSPACE Simulator IO list analysis and Wiring Harness routing
• Model based development for Body and Chassis Control and Vehicle Dynamics control algorithms
• Open Loop unit level testing in MATLAB and Closed Loop MIL
• Smoke Testing, STIM testing & Hardware Integration Safety Testing
• Rest-Bus Simulation & Devices Under Test with Load & without Load testing
• Designing dSPACE Control Desk panels
• Analyzing the Requirement specification and eventually delivering ultimate success and acceptance product

IPC module Test Execution using methods of image processing techniques such as optical character recognition (OCR) and optical character verification (OCV)

• Requirement Gathering, Architecture and Design Spec. analysis.
• Responsible for developing test cases and writing Test specifications.
• Automation of Test Execution using methods of image processing and applications of techniques such as optical character recognition (OCR) and optical character verification (OCV) Test setup Framework Includes Vector Test System and Test Automation Execution tools.
• Performing testing of:
  • ISO-14229 (UDS) based diagnostic testing
  • Functionality testing
• Testing scope included IPC Gauges algorithm, Priority and Properties of visual, optical and acoustic warnings, display Text alignment and position.
• Designing panels and simulations in CAPL to cater the need of real CAN signals and Modules for Validation
• Analyzing the Requirement specification and eventually delivering ultimate success and acceptance product

The scope of the project is to validate the JLR seat module validation of Driver Seat Module, passenger Seat Module, Rear Left Seat Module and Rear Right Seat Module.

• Requirement Gathering, Architecture and Design Spec. analysis.
• Responsible for developing test cases and writing Test specifications.
• Performing testing of:
  • ISO-14229 based diagnostic testing
  • Functionality
  • Network Management
• Designing panels and simulations in CAPL to cater the need of real CAN signals and Modules for Validation
• Analyzing the Requirement specification and eventually delivering ultimate success and acceptance product