A Research Project is an elective course. It is designed to train outstanding students in independent work of experimental or theoretical research in the last year of their studies. The students work closely with faculty members, who give them a subject for the project. Each student conducts the research under the guidance of a faculty member and summarizes its results in a final report, which is submitted to his/her advisor.
Below are some of the recent research projects conducted at the faculty:
Student |
Adviser(s) |
Project Title |
|
| 2019/2020 | |||
| Dayan, David | Moshe Idan | Performance Analysis of a 3-D Terrain Following System | |
| Hai, Hadar | Dan Michaels | Combustion Stability in a Ramjet Engine | |
| Levy, Tomer Itzhak | Moshe Idan | Transportation of a Slung Load using Multiple Quadrotor UAVs while maintaining a Constant Altitude | |
| Rosen, Matar | Igal Kronhaus | The Influence of Cathodic Arc Jet on Separated Subsonic Flow Over Backward Facing Step | |
| Sassy, Guy | Pini Gurfil | Vision-Aided Navigation for Pinpoint Landing on the Moon | |
| 2018/2019 | |||
| Geyari, Yuval | Barry Greenberg | Investigation of Droplet Motion and Grouping | |
| Goldberg, Tal | Haim Abramovich | Study Stochastic Techniques for the Assessment of the Rocket Trajectory within the Framework of a Defined Set of Uncertainties | |
| Goldberg, Tal | Rimon Arieli and Dan Michaels | Preliminary Design of a Ramjet Engine With a Detachable Booster | |
| Gonda, Dor | Rimon Arieli and Haim Abramovich | Design of a Supersonic Intel with a Variable Rectangular Cross Section | |
| Gonda, Dor | Haim Abramovich | Investigation of a Rectangular , Variable Geometry Air Intake , for a Ramjet Operating at M=2.4 | |
| Kfir, Reuven | Rimon Arieli and Haim Abramovich | Design of a Supersonic Axisymmetric Inlet with a Variable Cross Section | |
| Kozlovsky, Shir | Daniel Weihs | Artificial Pollination | |
| Kozlovsky, Shir | Tal Shima | Identification of Aerodynamic Parameters of an Experimental Quadcopter | |
| Levy, Tomer | Moshe Idan | Transportation of a Slung Load Using Multiple Quadrotor UAVs While Maintaining a Constant Altitude | |
| Matmon, Evyatar | Tal Shima | Identification of Aerodynamic Parameters of an Experimental Quadcopter | |
| Nussbaum, Yasmin | Daniella Raveh | Building an Overodynamic Model for a Multi-Surface Flying Wing | |
| Obstbaum, Noga | Daniella Raveh | Aeroedastic Invistigation of a Flying Wing with Configuration using Computitiund Fluid Dynamics | |
| Rosen, Matar | Igal Kronhaus | Testing Methodology for Quantifying the Influence of Plasma Actuator on Subsonic Flow Separation | |
| Sayag, Amit | Dan Givoli | Structural Defect Identification Using the Adjoint Method | |
| Sayag, Tal | Daniella Raveh | Rigid Aerodynamic Model and Longitudinal Trim Optimization of A3TB Flying Wing Configuration | |
| Shazar, Eden | Moshe Idan | Multirotor Terrain Following Using Laser Range Finders | |
| Shpitz, Sahar | Yuval Levy | Stability and Accuracy of a High Order Time Marching Scheme for Compressible Euler Equations | |
| Yechieli, Noam | Daniella Raveh | Aeroelastic Investigation of a Flying Wing | |
| Zukerman, Niv | Rimon Arieli and Dan Michaels | Design of a Two-Stage Supersonic Rocket Launched by a Ballistic Missile | |
| Zukerman, Niv | Haim Abramovich | Investigating the Required Roll Rate for Averaging Soild Rocket Motor Deflections | |
| 2017/2018 | |||
| Karp, Offek | Moshe Idan | The Effect of Wind on Ground-Tracker Quadcopter |
