Astronautical Engineering

NASA is leveraging artificial intelligence to power space missions and Earth-based research. From autonomous rovers on Mars to climate modeling and satellite automation, AI is helping NASA push the boundaries of science, exploration, and discovery.

From the premature engine shutdown of Apollo 13 to the catastrophic disasters of the Challenger and Columbia shuttle missions, even the most meticulously planned space venture can encounter unexpected results.

The focus of both ancient and modern exploration, the moon’s place in the sky has captivated minds since humans first looked up. This October and November, we are being provided with some truly amazing celestial events.

How is satellite imaging technology evolving the field of astronautical engineering? Beyond its applications for maritime surveillance, it also provides data on climate change, deforestation, natural disasters and more.

CubeSats, miniature, cube-shaped satellites, have transformed space technology by capturing detailed cloud imagery, enabling comprehensive weather monitoring, which is incredibly useful for military operations.

A recent satellite launch from SpaceX may soon provide enhanced cellular connectivity to the most remote reaches of Earth, providing a potentially revolutionary shift away from terrestrial networks and

May is a busy month for celestial events, capturing the imagination of stargazers around the world.

The frontier of space exploration is in the midst of a transformation, actively reshaping its policies and strategies to narrow the gender gap and inspire more women to pursue careers in STEM, particularly within the dynamic

NASA’s expansion of space exploration requires more astronauts – and as NASA embarks on new ambitious missions, the need for skilled astronauts grows. Read more about the education and requirements needed to become an astronaut.

With the changing of the seasons, changes within our solar system are happening as well.