Empirical software engineering is a discipline that systematically applies observational, experimental, and analytical methods to study the processes, practices, and outcomes in software development.

From mobile devices to revolutionary breakthroughs in Artificial Intelligence, software-enabled technology permeates every aspect of our daily lives. Rapid developments in cloud computing and Internet ...

Foundations of Software Engineering is a course that presents an introduction to the field of software engineering. The class begins with a review of some core tools that are needed to support our ...

Artificial intelligence and machine learning are changing how businesses operate. Enterprises are amassing a vast amount of data, which is being used within AI and ML models to automate and improve ...

Generative AI has fractured the economics of. Agentic coding assistants now give senior engineers an AI boost, multiplying their throughput, while imposing an ...

The first is the convergence of software and data engineering disciplines. The second is the rise of generative AI, which is accelerating both technical and organizational change. The Convergence Of ...

“The overarching goal of the new PACSME journal is to make high-quality peer-reviewed scientific research in software engineering free of restrictions on both access and use,” explained PACSME ...

The purpose of the Software Engineering Preliminary Examination is to give students an opportunity to demonstrate their ability to analyze, evaluate, and answer questions concerning a well defined set ...

Software remains a key element in most technological breakthroughs. Research in software engineering provides methods, languages, tools, and environments that enables productive, on-budget development ...

Software engineering (SE) is the application of a systematic, disciplined, quantifiable approach to the design, development, operation, and maintenance of software, and the study of these approaches; ...