RAVI KUMAR VANAMA

Automated Parking (Cameras and USS):

• Spearheaded a cross-functional team of 8–10 members across multiple locations to successfully develop and deliver the Open Loop SIL Framework for Automated Parking projects using USS and Cameras.
• Led a cross-functional team to develop Open Loop SIL Framework for automated parking.
• Managed base project improving software performance and KPIs, then taken to customer projects for TATA and NISSAN,
• Delivered NEXT Open Loop SIL Framework on AWS, processing large datasets efficiently.
• Aligned PI Planning to refine SIL requirements, enhancing project collaboration.
• Managed backlog prioritization, ensuring alignment with business goals and stakeholder expectations.
• Implemented Agile methodologies to increase team productivity and enhance overall project outcomes.
• Collaborated with cross-functional teams to develop high-quality products that met customer needs.
• Developed comprehensive roadmaps outlining the product vision, goals, and milestones for successful execution.

ConTest Framework and RTA Tools

• Involved in integration and development of different tools like, Lauter Bach, Power supply, Canoe, REST-API, customer tools (BMW, Daimler etc.)
• Understanding the customer requirements developing the features in Contest to support SIL and HIL environment for testing the ADAS features
• Involved in development of GUI to show the different test case scenarios like, parameterized decorators, Canoe test cases, T32 test cases etc
• Preparation of the Unit Test Cases and Unit Testing for the features implemented in Contest which trigger automatically from CI Pipelines using Jenkins
• Prepare the docker environment to deploy and run the software
• Automate the testing ADAS features based on automation CI/CD and test reports are generated and results are migrated to doors and map to the requirements

Logic Model SIL Development (BMW)

• Developed and integrated robust Logic Models for BMW using cutting-edge technologies, including OSI, C, C++11, Qt, and Python, ensuring alignment with customer requirements and industry standards.
• Integrated ECU software into Logic Models, facilitating seamless communication and functionality within the SIL environment.
• Collaborated with stakeholders to capture requirements and develop innovative features in the Logic Model, enhancing user experience and performance.
• Utilized customer-provided templates for OSI environment integration, streamlining processes and improving efficiency.
• Executed automated testing of customer scenarios, systematically recording results and linking them to requirements for thorough traceability.
• Applied ASPICE SWE.5 and SWE.6 processes for rigorous SIL and HIL integration testing, ensuring compliance and product quality.
• Created comprehensive build releases, release notes, and traceability matrices for organized project management and accountability.
• Designed and developed Logic Model with advanced programming tools.
• Integrated ECU software into the Logic Model for enhanced performance.
• Tailored features in Logic Model based on customer specifications.
• Executed automated tests and linked reports to requirements effectively.

Visualization and Measurement (ADAS):

• Spearheaded the development of an ADTF Filter for ARXML Parsing across CAN, Flex Ray, and SOME/IP protocols.
• Engineered a robust Visualization and Measurement Filter utilizing ADTF, C++, and ROS for enhanced data interpretation.
• Developed cutting-edge ROS filters for efficient capture and decoding of ROS bag files.
• Delivered high-quality code on time by effectively managing project timelines and prioritizing tasks accordingly.
• Mentored junior developers, providing guidance on best practices and coding techniques for improved productivity.

ADTF Tools and SIL:

• Conducted comprehensive software analysis for both RSI and Visualization Filter to enhance system performance.
• Led software design and development of RSI and Visualization Filter utilizing ADTF and C++ for optimal efficiency.
• Developed base software for HMI and GPS signals on Zynq Controller and Ultra Scale platforms, improving integration capabilities.
• Performed in-depth system analysis for the Sensor Validation Box to ensure robust functionality.
• Captured and translated customer requirements into precise software specifications to guide development.
• Engineered and implemented user-friendly GUI designs leveraging QT, C++, and C, enhancing user experience.
• Oversaw FPGA configuration and bit file generation for the Protocol Handler, streamlining performance.
• Developed and executed critical unit test cases, ensuring high-quality deliverables through rigorous unit testing.
• Reviewed code to drive code optimization for the Protocol Handler, significantly improving processing speed.
• Configured FTDI chip functionalities using advanced software tools, enhancing overall system efficacy.

Bangalore Metro Cab Simulator:

• Spearheaded requirements gathering, design, and implementation using QT, C++, and C for the Bangalore Metro Cab Simulator.
• Developed intuitive GUI screens for the Train Management System and other critical subsystems, enhancing user experience.
• Engineered robust interfaces between Vehicle Systems (Brakes, Traction, Doors) and various display units, ensuring seamless operation.
• Implemented real-time malfunction alerts on the TMS, improving system reliability.
• Designed and integrated a comprehensive communication system (server-client) to facilitate efficient data exchange.
• Authored detailed User Manuals, enhancing usability and supporting end-users effectively.
• Conducted thorough reviews and ensured timely delivery of project milestones.