• Developed GUI components using the QT framework for tractor operational display systems.

• Implemented secure-start PIN authentication to prevent unauthorized operation of machinery.

• Designed modular, reusable C++ components to support future display system enhancements.

• Integrated real-time vehicle data feeds into the display UI for operational efficiency.

• Conducted unit and integration testing using Gtest, ensuring high reliability of code.

• Optimized memory usage and application performance for embedded Linux systems.

• Managed CI/CD pipelines using Jenkins for automated builds and deployments.

• Maintained version control and branch management using GitHub.

• Collaborated with product and hardware teams to ensure seamless hardware-software integration.

• Created detailed technical documentation for maintenance and future development.

• Analyzed bug reports, performed root cause analysis, and implemented timely fixes.

• Refactored legacy code for improved maintainability and performance.

• Designed test cases and validation scripts for system-level feature verification.

• Conducted peer code reviews to maintain coding standards and best practices.

• Coordinated with QA teams to validate user interface behavior and responsiveness.

• Ensured compliance with John Deere’s internal software quality guidelines.

• Enhanced data visualization modules for better user interpretation of field data.

• Participated in sprint planning and agile ceremonies for project tracking.

• Provided technical training and support for newly onboarded team members.

• Designed and implemented diagnostic communication modules for airbag ECU.

• Developed embedded software using C/C++ for safety-critical automotive systems.

• Optimized communication over FlexRay and LIN protocols, reducing latency by 30%.

• Translated customer specifications into software requirements using UML modeling tools.

• Created system architecture diagrams for diagnostic workflows.

• Designed test cases for module-level and system-level verification.

• Conducted unit, integration, and regression testing for software validation.

• Coordinated with hardware teams to ensure smooth integration of software into ECUs.

• Debugged communication issues using oscilloscopes and network analyzers.

• Maintained software compliance with ISO 26262 automotive safety standards.

• Integrated software modules with CAN bus communication for in-vehicle networks.

• Prepared release documentation for customer delivery and audits.

• Worked closely with OEM teams (Volkswagen, Daimler) for requirement validation.

• Participated in FMEA analysis to identify and mitigate potential risks.

• Designed and validated fault detection and error handling mechanisms.

• Conducted peer reviews to maintain code quality.

• Supported customer acceptance testing and validation at OEM sites.

• Collaborated with cross-functional teams to deliver software milestones on time.

• Contributed to continuous process improvement in software development.