Tue. Dec 10th, 2019

US-Tech

TECH

Aerospace Engineers Use Software to Capitalize on Industry Trends

3 min read
All players in the aerospace industry, from airlines and manufacturers to suppliers and rivet distributors...

All players in the aerospace industry, from airlines and manufacturers to suppliers and rivet distributors face pressures to maintain safety, demonstrate regulatory compliance and keep costs down.  

Advances in software are helping engineers to meet these challenges in the aerospace industry and empowering them to push the limits of what is possible. Here are some of the ways in which software helps them to take advantage of industry trends. 

Material Developments 

The past 10 years have seen much development in technology and materials in the aerospace industry. New materials are enabling aircraft to run more efficiently, faster and more safely. The testing and roll-out of new technologies used to be slow in this industry but new software has transformed this process.  

The software is helping engineers to visualize, simulate and test their designs. It is easier for them to discover problems and come up with solutions. They can model performance before test flights to spot issues and fix them, thus saving both time and money.  

Predictive Analytics and Maintenance 

The software can help engineers monitor the condition of aircraft and expected usage time before repairs are required. Tools can track the health of machines in flight and allow for collection and analysis of data and alerts in real time.  

Scheduling of maintenance can take place while the aircraft is en route to its destination. Performing predictive maintenance helps to minimize downtime. Rapid Rivet Corp. is a company that specializes in aerospace and military rivets and it’s possible to order them on www.rapidrivet.com for such aircraft maintenance purposes.  

A Learning Tool for Students 

The software is serving as a great learning tool to motivate students who want careers in the aerospace industry. Students can use software and other tools to develop transferable skills that they can use in real-world applications.  

Advances in Drone Technology 

Advances in the development of drone technology can benefit society in many ways such as delivery of packages, monitoring large construction projects, locating people for rescue and capturing aerial photography. Drones need careful management and many are fitted with sensors to help enable this. They are able to navigate around obstacles, avoid collisions, etc. Software algorithms make this possible and help drone operators to keep control of their aircraft.  

Driving Innovation 

The software is the key to staying agile in the aerospace industry where competition is fierce and cost-effective innovation is essential. It can help companies to save costs in design and innovation as well as help them to differentiate their products and services.  

Using the latest AI technology can help them to distinguish their offer. For example, customer-facing software can be used to make a difference with personalized inflight offers, film suggestions based on previous selections and more.  

Conclusion 

 The software is allowing engineers to capitalize on new materials. They can test and roll out new technologies quicker and at a reduced cost. Data analytics is allowing for predictive maintenance to save time and money.  

Students seeking careers in aerospace are being armed with practical skills thanks to innovative software and it is enabling companies to deal with challenges and drive innovation within the aerospace industry. 

 

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