assal farrahi

o Design a magnetic attitude controller and conducting its stability analysis for UPMSat-2. o Development of a software application to simulate the satellite attitude motion in LEO under the influence of magnetic controlling torque. o Handle the procurement of the sensors and actuators for UPMSat-2. o Development of a hardware in a loop with simulation software of the attitude motion and environmental model for UPMSat-2.

Thermal engineer: o Feasibility study of the upper stage of the air-launched orbital launch vehicle for satellites-ALDEBARAN. o Post processing of the in-flight temperature data of the balloon borne telescope-SUNRISE I. o Thermal mathematical modeling of the balloon borne telescope of SUNRISE II in ESATAN-TMS o Design and perform the experimental set-up for a project funded by IDR/UPM institute to measure the thermal contact conductance in bolted joints in vacuum environment.

Magnetic Attitude Control System for a Small Satellite. Impact on the Thermal Performance.

Thermal Behavior of Payloads on-board a Stratospheric Balloon-SUNRISE