The ever increasing global space activity is characterised by emerging space systems,
operation and applications challenges. Hence, reliable RF and microwave receivers for in …

The spacecraft payload operational time (SPOT) is amongst the main critical design
considerations that must be optimised and validated during the system engineering analysis …

Space satellite network design and operation have become more challenging following
emerging advanced applications and the increased number of satellites launched into the …

A deterministic multifunctional architecture design approach for a highly adaptive small
satellite system is proposed in this paper. It enables five levels of design customisation of all …

System-level conception, design and analysis are fundamental to ensuring the reliability and
operability of complex systems. The ever-expanding and demanding global space activity …

The rapid evolution of wireless communication systems towards 5G standards has imposed
stringent requirements on the performance of radio frequency front-end components. Among …

The conventional point-based satellite system engineering design procedure is insufficient
to address the dynamic operations and post-mission reuse of capability-based small …

A uniform and homogeneous 4X4 array-based metasurface-backed polarization-diversified
microstrip patch antenna (MPA) has been proposed to study the characteristics of human …

Small satellite power is a critical space segment resource that is at a premium. This is
especially obvious when considering highly adaptive small satellites (HASSs) that exhibit …

In this study, two agricultural wastes, namely, coconut (Cocos nucifera L.) fruit fibres and
palm fruit (Elaeis guineensis) seed hairs, were used and were, respectively, obtained from …