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Celebrating Association for Computing Machinery (ACM) Fellow Mira Mezini:

Advancing Programming Languages for the Next Era of Computing

AI and Economics
Prof. Mira Mezini
Photo credit: Women in Computing, ACM.

PhD Circle proudly highlights the achievements of Prof. Mira Mezini, an Association for Computing Machinery (ACM) Fellow whose groundbreaking contributions continue to redefine the foundations of software engineering and programming languages. As a leading computer scientist and a highly influential figure in the global research community, Prof. Mezini’s work stands at the forefront of shaping the systems and tools that power modern computing.

Her research spans core areas of programming languages, software architecture, modularity, and intelligent development environments, with a focus on designing technologies that make software safer, more adaptable, and more efficient. Her innovations have influenced both academic theory and real-world programming practice—impacting how developers build secure, reliable, and scalable systems in an increasingly complex digital world.

In her recent ACM interview, Prof. Mezini reflected on the evolving landscape of computation, emphasizing the pressing need for languages and tools that support automation, trust, and high-level reasoning. She described the next decade of programming languages as one in which AI-native design, security-by-construction, and domain-specific abstraction will become essential pillars.

Her recognition as an ACM Fellow, one of the highest honors in computer science, underscores her pivotal contributions and her leadership in advancing the future of software engineering. Beyond research, Prof. Mezini is a committed mentor and advocate for young scientists, championing interdisciplinary training and fostering environments where innovation and curiosity can thrive.

As an active member of the PhD Circle community, she continues to inspire researchers around the world to push boundaries, collaborate across fields, and help build the next era of computational technology.

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