Bhupinder Sharma

• Mentored junior team members on best practices and technical skills, fostering a culture of continuous learning and improvement.
• Collaborated with clients to determine project specifications and scope.
• Resolved complex technical issues by troubleshooting systems, analyzing root causes, and implementing effective fixes.
• Proactively monitored system performance trends to anticipate potential issues before they escalated into larger problems.
• Gathered, analyzed, and documented business and testing requirements.
• Created comprehensive test packages, and generated detailed test scripts.
• Maintained end-to-end traceability to ensure requirement coverage.
• Executed planned test activities, and validated system functionality.
• Raised and tracked problem reports for test failures and deviations.
• Prepared detailed test and status reports using internal tools.
• Updated and tracked task progress through the test lifecycle.
• Ensured timely closure of test activities in line with project milestones.
• Additional Responsibilities: Coordinated and tracked overall testing activities.
• Assigned tasks and monitored progress across team members.
• Managed and tracked problem reports to closure.
  

Key Projects & Success:

Designed and developed VARExcelerate, an internal tool adopted globally within Aumovio.

The tool significantly reduced manual effort, improved efficiency, and streamlined testing workflows.

Achievements: Recognized with multiple Spot Awards for developing VARExcelerate, and for consistent, high-quality contributions across projects.

• Led technical workshops, sharing expertise with colleagues to improve overall team capabilities.
• Reduced system downtime, conducting regular maintenance and updates on critical infrastructure.
• Collaborated with cross-functional teams to deliver high-quality projects within tight deadlines.
• Developed custom software solutions tailored to unique client needs and requirements.
• System Verification & Validation: Leveraged the CVT (Customization Verification Tool) to perform specialized VAR and XDL testing, ensuring all system requirements met rigorous quality standards.
  
• Test Development: Architected and designed modular test units, successfully compiling and adding completed test packages to the central repository for deployment.
  
• Environment Execution: Managed the end-to-end execution of complex test cases within the CVT environment, maintaining environment stability, and data accuracy throughout the cycle.
  
• Debugging and Analysis: Generated and audited comprehensive log files to perform root-cause analysis, identifying defects, and providing actionable data for the development team.
  
  Quality Assurance: Streamlined the transition from test creation to execution, ensuring all test packages were fully validated before final sign-off.

• Developed scalable and maintainable code, ensuring long-term stability of the software.
• Integrated new technologies into existing systems, increasing capabilities and improving overall performance.
• Developed reusable components that significantly reduced development effort on multiple projects.
• Implemented effective debugging strategies, resulting in fewer software defects and increased reliability.
• Requirement Analysis: Conducted a deep dive analysis of functional requirements.
  
• Test Design & Digitalization: Authored detailed test cases in Excel, and developed a workflow to transform manual spreadsheets into XML-based test scripts for automated environments.
  
• Tool Integration: Integration of generated XML files into CAN-PROVE tools, enabling seamless communication between test scripts and the CAN bus interface.
  
• Automated Validation: Leveraged the tool’s error-detection capabilities to identify mismatches between expected and actual system behavior, ensuring early-stage bug detection.
  
• Reporting and Documentation: Compiled comprehensive test reports based on passed results, providing stakeholders with validated data for release readiness.

• PCB In-Circuit Testing (ICT): Managed the high-volume testing of speedometer PCB plates by interfacing them with automated test fixtures to validate circuit integrity and component placement.
• Point-to-Point Verification: Conducted precise electrical verification of all circuit nodes to ensure connectivity, resistance, and voltage parameters met Napino’s quality standards.
• Defect Identification: Analyzed machine-generated data to identify faulty components or 'open/short' circuits, ensuring that only 100% functional units moved to the final assembly stage.
• Machine Calibration: Set up and monitored testing machines to ensure accurate probe contact with PCB test points, minimizing false failures, and optimizing throughput.
• Quality Assurance: Collaborated with the production team to report recurring circuit issues, helping to improve the overall PCB manufacturing process for digital clusters.