We've all heard the mantra to never give up. We say it to our kids in the hopes that they stick with something that has impact. In the case of Dean Irwin, this mantra as child set him on a path that few could imagine.
Dean left school at 13 to become an entrepreneur. His first effort was studying and repairing radios and TV back when they relied on vacuum tubes. This foundation let to him becoming and engineering consultant at MIT working on nuclear fusion.
How do you go from a kid of 13 fixing TV's to working on nuclear fusion at one of the most prestigious universities? Through passion, curiosity and willingness to use his understanding of the basics and applying them to new technologies. It turns out that understanding the basic of vacuum tubes is directly attributable to understanding and building the elements needed for nuclear fusion.
Never Give Up
Dean credits his upbringing that encouraged his interests to learn, understand and apply his ideas in unique ways. To never give up on his dreams and interests. Even if that means going in directions that sometimes don't seem logical.
I'm not sure as a father and a grandfather I could get comfortable with one of my kids or grand-kids leaving school at such a young age to go live their dream. Does that sound too conservative or too logical? Maybe. As I've preached many times, we all need to get comfortable being uncomfortable. And when we see youth who are on a path to transform society, we sometimes have to be willing to let go.
Dean Irwin is one of those rare bread of entrepreneurs and innovators that can see what others can't and create life impacting innovations.
About Dean Irwin
Dean Irwin is founder and CEO of Ra Medical Systems. Since founding Ra Medical Systems, he has spearheaded the successful design, development, and commercialization of the Pharos excimer laser for dermatology as well as the investigational DABRA excimer laser and DABRA catheter for peripheral artery disease (PAD).
Over his career, he has published numerous engineering and scientific papers including consulting to the Plasma Research Center at the Massachusetts Institute of Technology (MIT) and the Institute of Plasma Physics at Nagoya University in Japan. Dean has been issued eight patents in the field of ultraviolet light and phototherapy, four patents for advanced display technologies, and has numerous patents pending for methods, devices, and catheters for cardiovascular applications.
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