October is Space Month. At Duke University, space research is more than just science — it's a bold journey across disciplines. This is the second in a series of stories featuring innovators, dreamers ...

Humans have been looking to the skies for hundreds of thousands of years. Now, we can actually reach them. From first flights, to Mars missions, to bringing light to the dark side of the moon, there's ...

Aerospace Engineer, Flight Test Engineer, Design Engineer, Systems Engineer, Structures Engineer, Test Engineer, Aeronautical Engineer, Aerospace Stress Engineer, Avionics Engineer, Flight Systems ...

Abstract: Topology optimization is a powerful and well-established tool for generating optimal structural designs. Unlike the sizing and shape optimization approaches that preceded it, this method ...

Ken Visser’s fascination with aero is palpable. “My enthusiasm for aero is just over the hill. I love it!,” said Visser. It all started in 1969. “When I was five years old my dad made me watch ...

Optimal control and trajectory optimization are central disciplines in aerospace engineering, enabling the design of efficient, safe and robust flight paths while minimising fuel consumption and ...

The MarketWatch News Department was not involved in the creation of this content. -- Rapid adoption of artificial intelligence (AI) and mandates for open standards are reshaping the industry, creating ...

Petros Voulgaris will join the University in 2020 to lead the new program, which will build on the College of Engineering's established research strengths in unmanned aerial systems. The state of ...

While each track varies in focus, all programs of study must include a minimum of 18 credit hours of thesis research, six breadth and basic science courses and six graduate-level courses in mechanical ...

You’ll have three different options to complete your Master of Science in Aerospace Engineering: course-only, project-focused or research-focused. All tracks follow the collaborative, hands-on ...