Software developers design, build, and test the applications, systems, and software that we all use every day. That’s why UW is proud to offer a degree program that gives students the tools to become ...

For decades, software engineering has been associated primarily with technical mastery: algorithms, programming languages, system architectures, and tools. Yet, every few years, the field rediscovers ...

In the technology field, what seems niche today often becomes tomorrow’s industry standard—and that’s definitely true of software development. From test-driven design and AI-powered code reviews to ...

Artificial intelligence will dramatically increase the pace of software development and make continuous delivery routine. Processes and roles will need to evolve, especially testing. Software delivery ...

In an era defined by data, the world of software development is experiencing a profound transformation. The concept of data-defined software (DDS) represents a shift in how we conceptualize, design ...

Whenever an activity occurs in repetition, such as programming, patterns emerge and can be documented. The benefits of documenting and using software design patterns are well established, as are some ...

When organizations need applications with unique features and functionality, they turn to software developers to design and create custom solutions. Custom software addresses users’ specific needs ...

As compute workloads grow more complex and specialized, the traditional separation between hardware and software development ...

What are the five core principles of hardware/software co-design? How do these principles help build a geographically diverse engineering organization that can successfully develop complex solutions ...

The methods technology companies use to develop new software for their customers have changed in recent years, making applying the rules for capitalization of software development cost more ...