M.Sc. Satellite Technology graduate with a background in Space Science, specializing in CubeSat communications, satellite link analysis, RF systems, communication simulations and spacecraft operations.
Space systems, communications and engineering.
I am Hassan Ali, a Satellite Technology graduate based in Würzburg, Germany, with an academic background spanning satellite systems, space science and communication engineering.
I completed my Master of Science in Satellite Technology (Advanced Space Systems) at Julius-Maximilians-Universität Würzburg.
Before my master's studies, I completed my Bachelor of Science in Space Science at the Institute of Space Technology (IST), Islamabad.
My technical interests include satellite communications, CubeSat missions, RF systems, link budget analysis, digital communications, ground segment technologies and spacecraft operations.
My master's research involved communication performance analysis for the UWE-5 CubeSat mission, including link-budget calculations, SystemVue simulations, GMSK modulation, BER analysis, received-power evaluation and Eb/N0 analysis.
I am particularly interested in opportunities where I can combine my academic knowledge with practical engineering work in the European space industry.
Julius-Maximilians-Universität Würzburg, Germany.
Focus on satellite communications, spacecraft systems, RF engineering, CubeSat technologies, communication simulation and space systems analysis.
Islamabad, Pakistan.
Academic foundation in space science, satellite systems, orbital mechanics, electronics, communications and related space engineering disciplines.
My master's research focused on the analysis and simulation of a CubeSat communication link. The work combined analytical link-budget calculations with communication-system simulation to evaluate the performance of the satellite downlink.
The communication link was analyzed using mission and orbital parameters, allowing the variation of received power and communication performance to be evaluated over the satellite's visibility period.
Selected academic and technical work in satellite communications and RF systems.
Communication link analysis and dynamic simulation for the UWE-5 CubeSat mission.
Design and analysis of RF frequency conversion architectures for a CubeSat communication system.
Digital communication simulation for evaluating GMSK modulation performance.
Analytical communication-link calculations supporting satellite mission analysis.
Technologies and engineering areas developed through academic and practical experience.
CubeSat systems, satellite mission concepts, spacecraft communication and space-system engineering.
RF architectures, K-band systems, upconversion, downconversion, mixers, filters and communication chains.
Link budgets, received power, path loss, Eb/N0, BER and communication-margin analysis.
SystemVue, MATLAB, Python and Excel for engineering calculations, modeling and communication analysis.
Orbit-related communication analysis, satellite visibility and mission communication performance.
Analytical thinking, technical troubleshooting, engineering documentation and practical problem solving.
Professional experience alongside academic specialization in satellite technology.
Developed practical experience working in German industrial environments alongside academic specialization in satellite technology.
Gained experience across different professional environments while completing and transitioning from master's-level satellite technology studies into the German job market.
Professional working proficiency for academic, engineering and international communication.
TELC B1 examination completed. Continuing development toward B2-level proficiency.
Technical documentation, workplace safety, teamwork, practical problem solving and industrial working environments.
I am interested in graduate and entry-level opportunities within the European space sector, particularly positions where I can contribute to spacecraft operations, satellite communications, RF engineering, ground segment systems and mission analysis.