Fatima is a dedicated aerospace engineer with a solid educational background and hands-on experience in aerospace design, propulsion systems, and UAV technology. Currently working as a Research Assistant at YahSat Space Lab, she focuses on CubeSat propulsion systems, with an emphasis on developing environmentally friendly micro-propulsion systems using green monopropellants. These green monopropellants offer a safer, more sustainable alternative to traditional chemical propellants, which are often toxic and harmful to the environment. Her work involves researching and testing propulsion technologies that aim to reduce the environmental impact while maintaining high efficiency for small satellite missions. This innovative approach supports the growing demand for sustainable space exploration and aligns with the industry's move towards greener propulsion technologies. Through her research, she is contributing to the future of space missions by helping to develop propulsion systems that not only perform well but also minimize the ecological footprint of space operations.
During her senior design project at Khalifa University, she developed an electric unmanned aerial vehicle (UAV) designed to fly on Mars. This involved extensive research into the Martian atmosphere and challenges related to flight and aerodynamics in that environment. She conducted detailed aerodynamic and performance calculations, followed by simulations to validate the vehicle’s performance. A prototype of the UAV was later built for visualization, demonstrating her innovative approach to solving complex aerospace challenges.
