Dr. Djamal Darfilal is an accomplished research scientist specializing in space systems engineering, currently leading innovative projects as the YSL Space Laboratory Manager at Khalifa University, Abu Dhabi. With extensive experience in space exploration, satellite systems, and propulsion technologies, Dr. Darfilal has contributed significantly to advancements in space research and development.
Dr. Darfilal began his academic journey with a B.Sc. in Computer-Aided Mechanical Engineering from the University of Tlemcen, Algeria, followed by a Master’s degree in Energetic Engineering and Environment. His expertise in applied thermal engineering culminated in a Ph.D., where he made notable contributions to the development of solar reactors for hydrogen production.
His career in the space sector took off in 2014 when he joined the Algerian Space Agency (ASAL) as a Satellite System Engineer. There, he played a pivotal role in the design and development of satellite propulsion systems, including the ALSAT 1B medium-resolution satellite project. His leadership and expertise were soon recognized with his promotion to Senior Researcher in 2019, where he led critical initiatives such as the establishment of the Satellite Propulsion Laboratory at the ASAL Satellite Development Center.
Dr. Darfilal’s international experience is highlighted by his work at Surrey Satellite Technology Ltd (SSTL) in the UK, where he contributed to the design, development, and testing of propulsion systems for the ALSAT 1B satellite. His role at SSTL sharpened his skills in satellite propulsion, inspection, and assembly of thruster systems, as well as his ability to manage complex projects within a global context.
Currently, as the Principal Investigator for a 6U CubeSat project at Khalifa University, Dr. Darfilal continues to lead cutting-edge research in space systems. His dedication to space exploration is further reflected in his mentoring and teaching roles, where he co-supervises graduate students and contributes to academic programs in space engineering.
Fluent in Arabic, French, and English, Dr. Darfilal is a published author in several renowned journals and has presented his work at international conferences. His innovative research and managerial expertise have positioned him as a leading figure in space systems engineering, with a particular focus on satellite propulsion and sustainable energy solutions for space applications
6U CubeSat Project:
The general objective of this project is to develop a CubeSat platform for space technology demonstration missions in LEO. The main objective is to demonstrate the capability and performance of in-house developed space technologies by collaborating with faculty and staff of relevant research centers/labs within Khalifa University (KU). The main proprietary technology earmarked for demonstration in LEO is an adaptable multidirectional micro propulsion system. This cutting-edge system encompasses vital hardware elements, including the tank, pipework, and a suite of five thrusters. Notably, this configuration includes one adjustable thruster capable of delivering a thrust of 40 mN, alongside four fixed thrusters, each generating a thrust of 10 mN. Moreover, the system incorporates a controller electronic card to facilitate seamless operation and precise control.
