There's definitely a place for both degree-holding and self-taught programmers in the tech industry, but the advantages of self-taught programmers are particularly noteworthy.
Self-taught programmers often excel in practical problem-solving, creativity, and adaptability. Their learning journey is driven by curiosity and a strong motivation to build and create, which translates into a can-do attitude and the ability to think outside the box. They are typically highly resourceful, learning through hands-on experience and real-world application. This direct immersion often makes them particularly adept at navigating and solving complex infrastructure issues and implementing ideas effectively in production systems.
While a university education provides a solid foundation in theoretical concepts and the underlying principles of computer science, it often lacks the practical, hands-on experience that is crucial for real-world problem-solving. Degree programs can sometimes be more focused on abstract concepts rather than the tangible skills needed for immediate application in the tech industry. Furthermore, self-taught programmers are continuously updating their skills to keep up with the fast-paced nature of technology, often outpacing the more static curriculum found in formal education.
Self-taught programmers are not only proficient in getting things done but also bring a fresh perspective and innovative solutions to the table. They have a knack for thinking outside traditional boundaries, which can lead to more efficient and creative solutions. Their can-do attitudes and practical know-how enable them to run circles around those who have followed a more conventional educational path.
While both self-taught programmers and degree holders have their place, the drive, ingenuity, and real-world expertise of self-taught individuals often give them a distinct edge in the dynamic field of technology.
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and c# was much later. But we did learn concepts over language so that helps.