Sharjah, UAE – The Sharjah Academy for Astronomy, Space Sciences and Technology, affiliated with the University of Sharjah, has begun the final testing phase for the “SharjahSat-2” CubeSat.
This important step comes during the Academy’s delegation visit to the Kingdom of the Netherlands.
The delegation conducted a field visit to (ISISPACE), a company specializing in advanced space systems;
This is to follow up on the progress of the project being implemented
by the CubeSat Lab team at the Academy in cooperation with leading national entities.
The importance of the assembly and testing phase (AIT)
In this regard, the visit aimed to oversee the assembly and testing activities,
which are among the most critical stages of the project before launch.
This phase included functional and environmental performance tests,
and verification of the integration of subsystems.
In addition to examining power systems and evaluating
the efficiency of communication with the ground station.
Accordingly, the flight software was confirmed to be ready for the planned launch in the first quarter of 2026.
Simulating the harsh conditions of space
Furthermore, the tour included an inspection of advanced testing facilities,
including a “thermal vacuum chamber” that simulates the volatile environment of space.
This is in addition to the use of mechanical vibration devices to simulate the pressures of the firing process.
These stringent measures are intended to ensure the structural integrity
and cohesion of the electronic components under the most extreme possible conditions.
Quality and international standards
On the other hand, the delegation participated in technical meetings and introductory workshops
on the international (IPC) standards adopted in the manufacture of electronic systems.
The team then reviewed the quality control mechanisms, component testing, and results documentation.
This reflects a commitment to the highest international standards
and the satellite readiness to move to the next phases of the mission.
SharjahSat-2 mission
It is worth noting that the satellite is equipped with a spectral imaging camera
that provides high-resolution images up to five meters.
Accordingly, the project will contribute to supporting the efforts
of the Emirate of Sharjah in the areas of urban planning,
monitoring environmental changes, and managing natural resources.
It will also play a pivotal role in enhancing national capabilities
and building young Emirati talent in the space technology sector.
