M.Sc. Satellite Technology · JMU Würzburg · CubeSat Operations · ADCS · RF Communications
📍 Würzburg, Germany | Open to Relocation
I am a Spacecraft and Satellite Systems Engineer with an M.Sc. in Satellite Technology from Julius-Maximilians-Universität Würzburg (Germany) and a B.Sc. in Space Science from the Institute of Space Technology (Pakistan).
My expertise includes CubeSat subsystem design, RF communications, orbital mechanics, mission analysis, ADCS, EPS, thermal engineering, and ground segment operations.
My master's thesis focused on Dynamic Link Simulation for the UWE-5 CubeSat Mission using Keysight SystemVue, MATLAB, and NASA GMAT to analyze Doppler shift, received power, BER, and Ka-band communication performance.
I am actively seeking spacecraft operations, mission control, satellite systems, and RF engineering roles in Germany and across Europe.
IEEE Publications
Satellite Projects
Gold Medals
International Conferences
Complete RF communication simulation including Ka-band up/down converters, GMSK modulation, BER analysis, Doppler shift, and dynamic link budget.
Designed PCB printed magnetorquer actuators and thermal optimization models for CubeSat attitude stabilization.
Designed complete CubeSat mission including EPS sizing, orbital analysis, structural design and mission lifetime prediction.
Implemented BPSK telemetry communication between PlutoSDR modules using GNU Radio.
Radiation dose calculations and shielding optimization using ESA SPENVIS.
Electric propulsion subsystem trade-off analysis for VLEO satellites integrated with 5G.
Optimized Design and Thermal Analysis of Printed Magnetorquer for Attitude Control of Reconfigurable Nanosatellites.
Design and Analysis of a Rectangular PCB Printed Magnetorquer for Nanosatellites.
Parametric Optimization and Analysis of Power Efficient Magnetorquer Rod Actuator for Nanosatellite.
Analysis and Design of Integrated Magnetorquer Coils for Attitude Control of Nanosatellites.
Power Optimization and Thermal Analysis of Printed Coils, Compact Coils and Magnetic Rods for CubeSat Attitude Control.
Germany • 2020 – 2025
Master ThesisDynamic Link Simulation for the UWE-5 CubeSat Mission
Islamabad, Pakistan • 2014 – 2018
Final Year ProjectDesign of Attitude Control System for Nanosatellite
Best Final Year Project — Institute of Space Technology.
Institute of Space Technology — Outstanding Research Performance.
Second Position — SRPC 2018.
University of Pisa — Space Engineering.
Research presented in USA, France, Malaysia and China.
I am actively seeking opportunities in spacecraft operations, mission control, CubeSat engineering, RF communications, satellite systems, and ground segment engineering across Germany and Europe.
hassanali.ist@gmail.com
+49 1575 3594036
Würzburg, Bavaria, Germany
linkedin.com/in/hassan-ali-83865a11b