Alumni

Fletcher Ewing

  • Polymer Engineering

From building Soap Box Derby cars to experimenting with rocketry, Fletcher has always been fascinated by how things work. His love of problem solving and thirst for knowledge led him to Penn College where he earned a bachelor’s in plastics. That degree helped launch his diverse engineering career with standout projects including the mobile biometric device used by U.S. Navy Seals to identify the remains of Osama bin Laden and the Polaris Quattro, a submersible autonomous robotic pool cleaner. Today, he's at X, The Moonshot Factory where he's working on the Everyday Robot Project in Silicon Valley.

Fletcher Ewing
TAKING THE LEAD

Q&A with Fletcher

HOW DO YOU DESCRIBE X, THE MOONSHOT FACTORY?

We create radically new technologies to solve some of the world’s hardest problems. X is a diverse group of inventors and entrepreneurs who build and launch technologies that aim to improve the lives of millions, even billions of people.

WHAT IS THE EVERYDAY ROBOT PROJECT?

For decades, robots have helped us with dull, dirty and dangerous tasks in environments specifically designed for them, like assembly lines, factories and other industrial settings. We want to create robots capable of operating in unstructured everyday environments, like our homes or offices. We see robots as tools that we can put to work to extend humanity’s capabilities and believe that machine learning and robotics could one day help us find solutions to some of the biggest challenges facing the world. I’m part of the mechanical engineering team, so we are involved with the hardware and design of the robots.

WHAT IS A TYPICAL DAY LIKE FOR YOU?

It’s very dynamic and consists of coming up with solutions to problems. I never have a day where I feel unchallenged. The challenge is what drives me and inspires me to be both creative and inventive in solving problems.

SOME PEOPLE SHY FROM PROBLEMS, BUT YOU EMBRACE THEM?

With problems come solutions. X’s mission is to solve difficult problems. You have to accept that you may not get it right after multiple attempts. “Failure” is not what many think it is. We are taught that failure often comes with a negative association that is not part of learning or solving problems. In my opinion, failure is part of being an engineer.

WHAT ATTRACTED YOU TO THE PLASTICS PROGRAM AT PENN COLLEGE?

The degree was uncommon and specialized. Only a few schools in the U.S. offered the degree that I earned.

WHAT DO YOU REMEMBER THE MOST ABOUT YOUR PENN COLLEGE EXPERIENCE?

The hands-on labs in plastics, physics and other courses as well. The labs, although very long and often intense, were essential to my learning experience.

HOW DOES YOUR PENN COLLEGE PLASTICS BACKGROUND RELATE TO YOU CAREER?

I knew the direction I wanted to go as a freshman – new product development involving plastics materials or composites in some shape or form. Even though my career path changed, I still work with plastics, materials science and injection molding frequently. I’ve utilized my education in every role I have held since earning my degree. My studies helped me greatly in preparing for my daily work at X – being inventive, learning from failure and success, and working in teams.

HOW SATISFIED ARE YOU WITH YOUR CURRENT POSITION?

Working for X has been a great experience for me. I love my job, the people and the culture. Everyone is smart, friendly and has a passion to succeed. Since I love innovation, it gives me great pride to be part of X and contribute to the goals at hand. I’m a big believer in the future of robotics and look forward to contributing more to the Everyday Robot Project at X.

WHY SHOULD STUDENTS CHOOSE PENN COLLEGE?

In my experience since graduating from Penn College, I have worked with many people of various educational backgrounds, from well-known to not-so-well-known universities. When discussing our experiences, one thing I would often hear from others is that they wished they had more hands-on labs and not as much theory. While theory is very important, I feel the balance I received at Penn College gave me a key advantage when entering the world as a new graduate. Companies tend to run lean and expect more out of their employees, whether that is solving an issue that is costing the company hundreds of thousands of dollars a year in waste or coming up with a design for a component that is manufacturable, reliable, and cost effective. My education at Penn College gave me those key attributes.

Real-World Ready

“I’m very thankful for my experience at Penn College. It has given me the right tools and direction to become what I am today.”

Fletcher Ewing

Guaranteed Momentum
The Everyday Robot Project

The Everyday Robot Project

Fletcher's current focus is X’s Everyday Robot Project, dedicated to building robots that operate autonomously in unstructured human environments like homes and offices.

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Polymer Engineering Technology

Dive into extensive hands-on training with industrial-scale processing equipment.

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