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About the |Faculty

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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All News
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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Prediction of the nonlinear interaction between a 2D instability wave and the mean flow of unbounded shear flows
29/04/2015
Prediction of the nonlinear interaction between a 2D instability wave and the mean flow of unbounded shear flows
In recent years, active flow control (AFC) has become a new branch in fluid mechanics. The long term goal of the current research is to predict and understand the change...
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 1
10/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 1
In optimization theories the difference (distance) between the optimal and actual case is called loss. These set of talks introduces a new theory which provides a new platform for control...
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 2
11/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 2
Optimization of the design loss The optimization of the design loss results in selecting the fastest reference models under the amplitude constraints of the actuators. It is possible to develop...
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 3 - Summary
13/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 3 - Summary
In the previous lectures an interesting new approach based on the special decomposition of the sensitivity function was introduced and discussed. This method optimizes the three major components (design loss,...
Investigation of H2O-Vitiated Combustion in a Low-Equivalence Turbo-Jet Combustor
27/05/2015
Investigation of H2O-Vitiated Combustion in a Low-Equivalence Turbo-Jet Combustor
Today, more than ever before, the necessity of producing low emissions gas turbines is of paramount importance. Reducing the emission of Nitrogen Oxides in particular has been of primary focus....
Events on 29/04/2015
29/04/2015
Prediction of the nonlinear interaction between a 2D instability wave and the mean flow of unbounded shear flows
In recent years, active flow control (AFC) has become a new branch in fluid mechanics. The long term goal of the current research is to predict and understand the change...
Events on 10/05/2015
10/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 1
In optimization theories the difference (distance) between the optimal and actual case is called loss. These set of talks introduces a new theory which provides a new platform for control...
Events on 11/05/2015
11/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 2
Optimization of the design loss The optimization of the design loss results in selecting the fastest reference models under the amplitude constraints of the actuators. It is possible to develop...
Events on 13/05/2015
13/05/2015
A New Concept Reaching the Best Achievable Control by Decomposing the Sensitivity Function - Part 3 - Summary
In the previous lectures an interesting new approach based on the special decomposition of the sensitivity function was introduced and discussed. This method optimizes the three major components (design loss,...
Events on 27/05/2015
27/05/2015
Investigation of H2O-Vitiated Combustion in a Low-Equivalence Turbo-Jet Combustor
Today, more than ever before, the necessity of producing low emissions gas turbines is of paramount importance. Reducing the emission of Nitrogen Oxides in particular has been of primary focus....
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