How to fly the electric aircraft before you build it

Where today meets tomorrow: how simulation software is bringing innovative changes to the aerospace industry

Using simulation to build tomorrow’s electrified heavy equipment

The digital twin to develop complex electrified heavy equipment – where today meets tomorrow

Viewing the invisible: simulating electromagnetic performance

Today meets tomorrow: how electromagnetic simulation is helping developers with antenna technology and placement. Autonomous vehicle driving involves communication between…

Today meets tomorrow: The opportunities and limitations facing AI and the digital twin (Part I)

Artificial intelligence (AI) is at the forefront of many industry leaders’ minds as it’s positioned to be a major enabler…

Advanced simulation for autonomous vehicles

Autonomous vehicles will be among the most complex mechatronic systems ever created. Advanced artificial intelligence (AI) and intelligent sensors, running…

Attention: There’s no pilot onboard (the future of autonomous aircraft)

Boeing recently conducted an indoor test flight using their vertical takeoff and landing (VTOL) prototype aircraft capable of hauling a…

How will aerospace technology spur innovation and foster talent?

Aerospace companies are tasked with designing and creating products for conditions that may not exist inside a lab or even…

additive manufacturing

Additive manufacturing – not just for prototyping

A recent article in AutomationWorld states, “Additive manufacturing is no longer just for prototypes. Its increasing popularity and technical capabilities have pushed it into position to change the w…

Is design space exploration part of your innovation strategy?

The International Maritime Organization mandate to shipbuilders is to drastically reduce emissions from their current level of 938 million tons of CO 2 over the next few decades. Marine industry com…