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About

Chaturi Singh is a distinguished instrumentation engineer whose pioneering work has significantly advanced automated wind tunnel testing for aerospace and automotive applications. Her research centers on developing high-performance, virtual instrumentation-based systems for aerodynamic data acquisition, motion control, and measurement automation. Singh’s major contributions include the implementation of a LabVIEW-based automated wind tunnel instrumentation system (14 citations), which revolutionized how aerodynamic response and performance are measured during vehicle design. She also developed a PXI-based versatile instrumentation and motion control system (10 citations) for the National Wind Tunnel Facility (NWTF) at IIT Kanpur, enabling precise, real-time control and data collection. Her work on a VI-based multi-axis motion control system (6 citations) further enhanced automated test and measurement capabilities, reducing costs and improving productivity. Notably, her data acquisition system integrated with a robotic arm for optimized wind tunnel studies on aerospace vehicles (3 citations) represents a cutting-edge fusion of robotics and aerodynamics. Singh’s innovations have provided critical tools for researchers and engineers, streamlining complex aerodynamic evaluations and solidifying her reputation as a leader in automated instrumentation for wind tunnel applications.