The evolution of programming languages has led to higher abstractions, allowing for easier coding, but the artistry and design in software development remain crucial.

The evolution of programming may lead to a new class of engineers who operate at a higher level without needing to know all the low-level details, focusing more on user experience and interaction design.

Formal programming languages like Python and Java will remain essential, even as natural language interactions become more common in coding.

The future of programming will involve a more effortless translation of ideas into software, reducing the need for detailed coding.

Good software design helps manage complexity by either eliminating it or using modular design to hide it, allowing users to interact with simpler interfaces.

To truly understand how people interact with software, we need to observe them using it in real-world scenarios, similar to how filmmakers and comedians study their audiences.

Deep modules, which have simple interfaces but complex functionality, are crucial for managing complexity in software design.

As AI tools handle more low-level programming tasks, the role of software designers will increasingly focus on higher-level design, making software design more important than ever.

While many believe no-code tools will replace programming, Wordware emphasizes that users still need to understand the underlying structure and logic, as true creativity and coding are intertwined.