Sree Ramya Yendluri

About Sree Ramya Yendluri

Experienced engineering professional seeking a leadership role in robotics, autonomous, or advanced technology sectors. Focused on driving validation, automation strategies, and cross-functional collaboration. Passionate about leading high-performing teams, defining technical roadmaps, and delivering scalable, innovative solutions that enhance efficiency, safety, and real-world impact. PROJECTS & LEADERSHIP EXPERIENCE With 10+ years of experience in the automotive and robotics industries, I have led large-scale feature validation and system verification & validation (V&V) efforts for autonomous and safety-critical systems. My expertise spans predictive maintenance, data-driven automation, and cross-functional leadership, ensuring efficient product validation. DEVELOPMENT OF AI TOOLS AND AUTOMATION VEHICLE ISSUE PREDICTION TOOL: Developed and deployed a machine learning-based solution that automates issue diagnostics and task assignment, reducing manual evaluation time and improving operational efficiency with predictive analytics. AUTOMATED SIGNAL ANALYSIS WEBSITE: Designed and implemented a real-time data analysis tool, reducing analysis time and enabling engineers to rapidly verify performance and compliance with system requirements. VALIDATION AND SYSTEM-LEVEL TESTING LEADERSHIP Led vehicle-level validation of features including collision avoidance, vehicle motion control, and sensor calibration, executing functional, performance, and regression tests at bench and real-world levels. Developed and maintained HIL (Hardware-in-the-Loop) test models and automated regression suites, ensuring robust system performance for deployment. TEAM GROWTH AND MENTORSHIP Supported the expansion of the validation team, leading recruitment efforts and mentoring new engineers, resulting in enhanced team performance and capability. Reviewed test plans and processes, guiding engineers in best practices for testing, automation, and cross-functional collaboration. RISK MITIGATION AND PROCESS OPTIMIZATION Developed and implemented Failure Mode and Effects Analysis (FMEA) strategies, minimizing potential failure risks and improving system reliability. Established requirements traceability, ensuring alignment between test cases, validation goals, and system-level success criteria across multiple teams. CROSS-FUNCTIONAL COLLABORATION Collaborated with product development, hardware, and software teams to define and execute comprehensive test plans. Led system integration reviews, streamlining validation processes, improving risk assessments, and optimizing test coverage.

Experience

1. Engineer

   Gatik

   Jul 2025 — Present