Dr. Shiva Prasad U is an accomplished academician and researcher in the field of Aerospace and Aeronautical Engineering, Acted as an Associate Professor at Ajeenkya D Y Patil University Pune, India. With over a one and half decade of experience in teaching, research, and advanced engineering simulations, he has established expertise at the intersection of Computational Fluid Dynamics (CFD), Aeroacoustics, and Aerodynamic Design Optimization.

His core research focuses on high-fidelity CFD and Computational Aero Acoustics (CAA) simulations aimed at solving complex engineering challenges related to aerodynamic efficiency, noise mitigation, propulsion systems, and Urban Air Mobility (UAM). Dr. Shiva specializes in external aerodynamics, turbulent flow analysis, boundary layer transition phenomena, and high-speed aerodynamic regimes, with a strong emphasis on silent and efficient propulsion technologies for next-generation aerospace systems.

Dr. Shiva possesses advanced proficiency in engineering simulation platforms including ANSYS Fluent and CATIA, with hands-on expertise in transient multiphase flow analysis, VOF modeling, rotating machinery aerodynamics, drone propulsion systems, and aeroacoustic prediction methodologies. His work also includes noise source identification, far-field acoustic prediction, and optimization of aerodynamic configurations for reduced acoustic signatures.

An active contributor to aerospace research, Dr. Shiva has authored more than 22 Scopus-indexed publications and regularly participates in national and international aerospace conferences. His ongoing research interests extend to drone aerodynamics, CFD-driven propulsion optimization, experimental aerodynamics, and aerospace system integration for defense and advanced mobility applications.

Driven by innovation and analytical rigor, Dr. Shiva is committed to translating complex mathematical and computational models into practical engineering solutions with real-world industrial impact. His expertise, research leadership, and technical depth make him a valuable contributor to academic evaluation panels, technical reviews, and innovation assessment platforms.