Delivering better flight software is an important concern to improve CubeSat missions
success. It has been identified as a key element to enhance team collaboration, increase …

In this case study, we apply the architecture-based design approach to the control software
of the CubETH satellite. Architectures are a means for ensuring global coordination …

This paper presents four of the most employed nanosatellite's Electrical Power System
(EPS) architectures, comparing their efficiency through simulations and experiments. Every …

This study presents a command-centric architecture (C2A), which is a satellite software
architecture exhibiting a flexible reconfiguration capability. C2A was developed through the …

Modular architectures in small satellites and CubeSat-class satellites generally involve
subsystems designed using commercial-off-the-shelf (COTS) components that can be easily …

The paper also discusses several challenges encountered and their resolution, including
the creation of heuristics to optimally schedule tasks, handling the uncertainty that is …

This paper introduces a novel modular design paradigm for Scientific CanSats, offering a
cost-effective platform for testing space-related hardware in near-space environments with …

Universidad Panamericana students are working in the design and build process of a
nanosatellite, specifically a CubeSat, a common trend for the aerospace industry that started …

In recent years, the number of launched small satellites, has exponentially grown, thanks to
their low cost and modularity. Nevertheless, the software of such platforms still requires …

Space agencies, educational institutions, and private companies have adopted CubeSat
nanosatellites to do scientific research, training, technology demonstration, and space …