Guru Guruswamy l Aerospace and Civil Engineering | Distinguished Scientist Award

Dr. Guru Guruswamy l Aerospace and Civil Engineering | Distinguished Scientist Award

NASA Ames Research Center | United States

Dr. Guru Guruswamy is a distinguished aerospace scientist with decades of leadership in computational aeroelasticity, multidisciplinary design, and high-performance computing. He holds a PhD from Purdue University, an ME from the Indian Institute of Science, and a BE from Bangalore University with top honors. His professional career spans senior scientific leadership at NASA Ames, consultancy in high-fidelity air-taxi simulations, and earlier roles in industry and national laboratories. Dr. Guru Guruswamy’s research interests include transonic aeroelasticity, fluid-structure-control interaction, and scalable HPC frameworks, supported by advanced skills in simulation software development and project oversight. A recipient of multiple NASA, AIAA, and academic honors, he continues to shape aerospace innovation through research, mentorship, and global technical leadership.

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Featured Publications

A body-fitted structured grid approach to simulate breathing mode oscillations during parachute deployment


Aerospace Science and Technology, 2025

Grid topology for time-accurate deployment simulation of 2D parachutes using Navier–Stokes equations


Aerospace Science and Technology, 2023

High-fidelity flight simulation of small aircraft over tall buildings


Journal of Aerospace Engineering, 2022

Computation of gust-induced responses of an air taxi using Navier–Stokes equations


Aerospace Science and Technology, 2022

Active control of Dutch-roll oscillations of eVTOL aircraft


Aerospace Science and Technology, 2021

Tudor Vladimirescu | Engineering | Best Researcher Award

Mr. Tudor Vladimirescu | Engineering | Best Researcher Award

3black Business Solutions Srl | Romania

Mr. Tudor Vladimirescu is a Romanian aerospace engineer and researcher specializing in aircraft structural dynamics and aeroelastic analysis. He holds a degree in Aircraft Structures from the Politehnica University of Bucharest and has completed postgraduate studies in pedagogy, vibration analysis, management, quality assurance, and GIS-based data science. Currently pursuing a PhD in Aerospace Engineering (2019–2025), he has an extensive professional background spanning over four decades, including roles at UPB/INCREST, STRAERO SA, AL System Design SA, RAN Grup SRL, and TQAS SRL, with expertise in R&D, aircraft design, certification, and testing of Romanian aircraft such as IAR-93, IAR-99, IAR-330, and IAK-52. His research interests include finite element modeling, flutter prediction, aeroelastic stability, dynamic response analysis, and integration of computational and experimental techniques for aircraft safety and performance optimization. He has published multiple peer-reviewed articles in INCAS Bulletin, MDPI Processes, and Science, Technology & Public Policy, and presented at major aerospace conferences such as EUCASS and the “Caius Iacob” series, where he has also served as session chair. Recognized for his leadership and innovation in applied aeronautical research, Tudor Vladimirescu continues to contribute to advancing flutter analysis methodologies and structural integrity assessments in modern aerospace systems.

Profile : Orcid

Featured Publications

Influence of External Store Distribution on the Flutter Characteristics of the Romanian IAR-99 HAWK Aircraft, 2025

IAR-99 HAWK Flutter Model Studies with External Stores, 2025