The Franconian
Coder Studio

For over 30 years, computer science has been my passion. From the early days of theoretical and applied disciplines to today’s vast array of technologies, I’ve seen the field transform dramatically. While it’s never been easier to learn, I’ve noticed a decline in foundational knowledge. In my view, building good software is both an art and a science, requiring a deep understanding of the tools and systems we use. Pragmatism, efficiency, and a focus on the end-user experience have always guided my work. In this article, I’ll reflect on the evolution of computer science, the importance of staying curious, and why tailored, thoughtful solutions are more crucial than ever in an AI-driven world.

One of the most exciting aspects of software development is its sheer versatility. Whether it’s frameworks, programming languages, architectural concepts, or development paradigms, there’s always something new to learn. Yet, too often, the focus shifts to debates over which tool or approach is ‘best.’ In reality, the right solution depends on the specific problem at hand. I’ve learned that careful consideration and openness to alternative perspectives are key to making informed decisions. In this article, I’ll discuss why embracing the diversity of software development and learning from others can lead to more innovative and effective solutions.

When I started studying computer science in 1998, the field was far less specialized than it is today. Now, with degrees in information technology, software engineering, and countless boot camps, the landscape has expanded dramatically. Yet, there’s often a disconnect between theoretical knowledge and practical application. While theory provides a solid foundation, it’s the ability to adapt, question trends, and solve specific problems that truly defines success in this field. In this article, I’ll discuss why understanding both theory and practice is essential, and how you can become the bridge that creates innovative, real-world solutions.

Learning something new—whether it’s a programming language, framework, or design pattern—requires more than just reading about it. While understanding the theory and basics is essential, nothing beats hands-on experience. Start by researching the topic, learning its purpose, and seeing how others use it. Then, dive into small practical projects to get a feel for how it works. Don’t forget to seek out experienced individuals for their insights and opinions. Remember, your first approach won’t be perfect, but it’s a crucial step in the learning process. In this article, I’ll share why balancing theory and practice is the key to mastering new skills.

Software development is all about solving problems, but not every tool or technology is a one-size-fits-all solution. From programming languages to frameworks and architectures, the choices are endless, and each comes with its own strengths and limitations. Writing an online shop in C or using Go for kernel development might sound absurd, but it highlights the importance of matching tools to tasks. The real challenge lies in understanding the problem, questioning outdated routines, and choosing the right tools for the job. In this article, I’ll discuss why a tailored approach is essential for creating effective solutions without unnecessary compromises.

When it comes to side projects, the question of the ‘best’ tech stack is a common dilemma. But after years of experimenting, I’ve realized the answer is straightforward: choose whatever you enjoy! Side projects should be fun, productive, and a space for learning. Whether it’s Go, which I’ve used professionally for nearly a decade, or Zig, which I’m exploring for fun, the key is to embrace the diversity of technology. Don’t chase trends or the next big thing—focus on what excites you. In this article, I’ll share why enjoying the process and learning from different stacks will ultimately make you a better developer.