On 1 April 2026, when the SLS rocket with the Orion spacecraft lifted off as part of the Artemis II mission, the Venezuelan engineer Natali Quintero was responsible for the successful operation of the Core Stage 1 avionics systems. A graduate of Simón Bolívar University and Cornell, she led operations at Boeing and ensured the key components without which the flight to lunar orbit would not have taken place.
In parallel, electrical engineer Carlos Tomás Mata from Caracas and Cumana designed the lightning protection systems at Launch Pad 39B at the Kennedy Space Center. His solutions reduce risks for the SLS even before liftoff — a task on which the entire mission depends.
These stories are no accident. Quintero and Mata are part of a broader cohort of Venezuelan specialists whose education at USB and experience under conditions of limited resources shaped a distinctive approach: precision, adaptability, and a readiness to take responsibility for critical systems.
In October 2026, they were joined by Gregorio Drayer, also a USB graduate, who moved to NASA's Marshall Space Flight Center. There he works on control systems for future missions, drawing on experience developing Martian robots. And the young astronomer Miguel Alejandro Rojas from Barquisimeto, working from his room, discovered asteroid 2021 GG40 using data from the Pan-STARRS telescope and entered it into the catalog of the International Astronomical Union.
What unites these people is not loud statements but a consistent choice: despite the political and economic difficulties in their homeland, they apply the knowledge they gained to the world's most ambitious projects. Their path confirms that the Venezuelan scientific school remains competitive even when infrastructure at home is collapsing.
The public image of "talent that conquered space" conceals a deeper reality: these specialists did not merely integrate into NASA; they took positions where a mistake costs billions and human lives. The reputation earned in international teams has become their main capital.
Compare this with the situation in which an engineer in a crisis-stricken country is forced to choose between survival and science. Those who chose science now protect rockets from lightning and lead missions to the Moon — not because they were "lucky," but because their training and discipline proved to be in demand where results are valued, not origins.
This contribution of Venezuelans to Artemis and to lightning protection shows that a nation's true strength is measured not only by the resources within its borders, but also by how its people influence the future of humanity beyond them. When the next SLS launch rises into the sky, part of the success will belong to precisely such engineers.
