The year was 1971 when the late Dr. Paul B. McCarthy, an innovator in technology with a strong affinity for design, looked up at the sky and dreamed of breaking through the boundaries of aircraft systems. What he came up with out of this passion of his is a company called AeroVironment, an entity best known for its development of man-powered light vehicles and solar energy. 50 years later, AeroVironment became the Pentagon’s leading skimmer supplier and established itself as a leader in its technology.
AeroVironment has not been praised as a help in designing a Mars Ingenuity helicopter by any chance. They have done this by recruiting some of the most talented, curious and innovative minds in the world of technology and engineering. How did they attract some of the industry’s leading minds you might ask? By giving employees the opportunity to work on some of the most groundbreaking projects in the world with the potential to change the foundation of science and technology as we know it today. Specifically, in their specialization programs for freshmen and alumni.
In order to offer you a better understanding of the amazing internship opportunities that AeroVironment is looking to fill now, WayUp spoke with three former interns about the fascinating projects they have been working on and what you can expect if you do the same.
Writing code for advanced military technology
Brij Shah first saw the amazing AeroVironment building as he was on his way to the senior prom. With little knowledge of the company other than the fact that they have created technological solutions in the aviation and security sectors, his curiosity ignited. Shortly thereafter, Bridge went to college at UC Riverside, where his interest in computer science and engineering began to flourish rapidly alongside his desire to work for AeroVironment.
A few years later, Brij found himself completely fascinated by computer science and engineering, and even got a job at AeroVironment in the summer of 2020 and 2021 as an intern in software engineering. During his last internship in 2021, Brage was given the opportunity to work on two variations of a tactical missile system – Switchblade® 300 and 600 Enabling accurate hitting abilities at the end of the battlefield.
For Bridge, one of the happiest aspects of the project was the ability to write code and test applications that would have a significant impact and added value to the final product – a product with incredible benefits for our military and defense system. .
In addition to further developing his coding skills and intensifying his already passionate passion for computer science, Bridge is also happy to have acquired some soft skills like learning how to communicate better through text – a feature that is becoming increasingly important in this virtual. world – making his time as an AeroVironment intern an 10/10 experience.
Development of the architecture of top secret and classified solutions
While Brij Shah focused on developing test applications, Cameron Straford, specializing in systems architecture and requirements management, devoted his time to building operational concepts and writing requirements that Brij and his team would later operate on their test cases.
As a specialist in systems architecture and requirements management, Cameron has been given the rare opportunity to work across different sectors of the planning and development process as his role required him to ensure compatibility and fluidity between different team members.
Cameron went on to say that the experience he gained working with other departments offered him incredibly valuable insight and knowledge that would help him if he moved to another position. In addition, he can use the information he has accumulated as a systems engineer when working with someone in the same role in future projects!
Aside from being able to dive even deeper into the world of aerial technology, something Cameron has been passionate about as a kid since his fixation with RC planes, he thought it was really exciting to work on very classified, top secret projects he was not even allowed to talk to us, let alone his friends or even his family.
Design and investigation of aerospace technology from conception to completion
Ever since she was young, Savannah Scott has had a keen interest in robotics and flight technology. With Dad as a pilot and a curious nature about the sky above us and how we can navigate it, it can be said that Savannah found the perfect home when she started working as an aerospace engineer at AeroVironment.
Recently, Savannah finished her fourth consecutive summer as an aerospace engineering specialist, giving her a lot to talk about about the amazing experiences that await as an AeroVironment employee. What sets Savannah apart from AeroVironment is that she’s actually been working on the same project for the past four years, helping build a high-altitude pseudo-satellite (HAPS) called Sun glider.
Some of Sunglider’s use cases include providing wireless communication and connectivity to places that are not there and a variety of military applications, depending on who sponsors the vessel. In fact, the Sunglider acts as a satellite, designed to fly in the stratosphere for months at a time.
For Savannah, it really resonated with her that the plane she was working on was powered by solar energy. As someone with a passion for preserving our environment, it would be rewarding to know that her work is moving toward something she cares about.
As an active member of the project for four years, from conception to the present day, Savannah also spoke with great enthusiasm about the joy that led her to contribute and see a project built from beginning to end. In the summer of 2020, she even got the chance to travel to New Mexico, where she lived there with a group of her colleagues to explore the real solution they were working on. Aside from the practical aspect of the experience, Savannah emphasized how close she was to her peers and the impact they had on her.
One thing that Savannah greatly appreciated while on AeroVironment was the team-oriented environment that nurtured her ability to be much less hesitant about asking for help when she needed it. She knew that her crew members had her back and that she had theirs, which only allowed them to continue these ventures in technology that continue to shape the aerospace industry as we know it.
What will you do?
Whether you want to be like Brij – coding software for some of the latest unmanned aerial vehicle systems, or Cameron – orchestrates the lineup of highly classified military solutions, or Savannah – connects from start to finish solar-powered aircraft solutions with the potential to reshape cultures, to AeroVironment has a place for you.
The only thing left to do is identify what motivates you and how you can use your creative ingenuity and ingenuity to bring technological innovations to life, all of which can be made possible by specializing in AeroVironment.