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The Stephen B. Klein Faculty of Aerospace Engineering at the Technion is a world-class academic hub for aeronautics and astronautics, dedicated to creating, expanding, and disseminating ideas and knowledge in aerospace sciences and engineering.
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News
Technion Establishes New International Prize for Transformative Innovation in Aerospace
12.08.2026

Technion Establishes New International Prize for Transformative Innovation in Aerospace

The Max and Desiree Blankfeld Endowed Prize for Transformative Innovation in Aerospace, made possible through a generous gift from Max and Desiree Blankfeld of Houston, Texas.
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Congratulations! Prof. Moshe Idan Promoted to Full Professor
11.08.2026

Congratulations! Prof. Moshe Idan Promoted to Full Professor

Professor Idan is an internationally recognized researcher whose work has made significant contributions in the areas of estimation theory, flight control systems, and air traffic management.
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Professor Eli Livne Awarded the 2026 Hanin International Prize
08.02.2026

Professor Eli Livne Awarded the 2026 Hanin International Prize

The late Prof. Meir Hanin International Prize is awarded every two years for significant scientific and/or technological achievements in aerospace sciences.
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Seminars
November 16 2026
Radar target classification using RCS characteristics
Eliezer Azoulai | This study investigates the feasibility of classifying anti-tank threats, specifically Rocket-Propelled Grenades (RPGs) and Anti-Tank Guided Missiles (ATGMs), based only on their Radar Cross Section (RCS) characteristics. A comprehensive target RCS database was constructed using electromagnetic simulations, and radar tracking scenarios were simulated to generate dynamic RCS measurements under varying Signal-to-Noise Ratio (SNR) levels and carrier frequencies of 10, 20, and 40 GHz.
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Bundle Adjustment with Feature Scale Constraint for Enhanced Estimation Accuracy
02/08/2017
Bundle Adjustment with Feature Scale Constraint for Enhanced Estimation Accuracy
Accurate pose estimation and 3D reconstruction are important in a variety of applications such as autonomous navigation or mapping in uncertain or unknown environments. Bundle adjustment (BA) and simultaneous localization...
IR Radiometry of a Premixed CO2-Air Jet Towards Gas Temperature Reconstruction
09/08/2017
IR Radiometry of a Premixed CO2-Air Jet Towards Gas Temperature Reconstruction
The study and optimization of combustion processes requires precise knowledge of the temperature and species’ concentration fields. In such applications, measurements are often taken locally by intrusive techniques that affect...
Multi-Hotwire Probe Sensitivity Optimization in Constant Temperature Anemometry (Cta) for Transonic Flows
23/08/2017
Multi-Hotwire Probe Sensitivity Optimization in Constant Temperature Anemometry (Cta) for Transonic Flows
A simple optimization method is proposed for multi-wire CTA probe design. The optimization computes the sensitivities to density, velocity and total temperature for each wire, based on empirical Nu –...
Mixed-Dimensional Modeling of Time-Dependent Wave Problems
30/08/2017
Mixed-Dimensional Modeling of Time-Dependent Wave Problems
It is common to find aerospace structural parts which behave in a one- or two-dimensional manner. This behaviour allows us to simplify the analysis, in comparison to that which would...
Events on 02/08/2017
02/08/2017
Bundle Adjustment with Feature Scale Constraint for Enhanced Estimation Accuracy
Accurate pose estimation and 3D reconstruction are important in a variety of applications such as autonomous navigation or mapping in uncertain or unknown environments. Bundle adjustment (BA) and simultaneous localization...
Events on 09/08/2017
09/08/2017
IR Radiometry of a Premixed CO2-Air Jet Towards Gas Temperature Reconstruction
The study and optimization of combustion processes requires precise knowledge of the temperature and species’ concentration fields. In such applications, measurements are often taken locally by intrusive techniques that affect...
Events on 23/08/2017
23/08/2017
Multi-Hotwire Probe Sensitivity Optimization in Constant Temperature Anemometry (Cta) for Transonic Flows
A simple optimization method is proposed for multi-wire CTA probe design. The optimization computes the sensitivities to density, velocity and total temperature for each wire, based on empirical Nu –...
Events on 30/08/2017
30/08/2017
Mixed-Dimensional Modeling of Time-Dependent Wave Problems
It is common to find aerospace structural parts which behave in a one- or two-dimensional manner. This behaviour allows us to simplify the analysis, in comparison to that which would...
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