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Purdue Computes

How ECE is Shaping the Future of Technology and Innovation

In a rapidly evolving technological landscape, Purdue University took a bold step forward in April 2023 with the announcement of its Purdue Computes initiative. This major undertaking is set to redefine the university’s role in the global technological and computational environment. Purdue Computes is built upon four key pillars: the elevation of Purdue’s computer engineering and computer science programs, the advancement of physical artificial intelligence (AI), cutting-edge semiconductor research and development, and pioneering efforts in quantum science and engineering. The Elmore Family School of Electrical and Computer Engineering is prominently involved in these efforts.

ELEVATING COMPUTER ENGINEERING AND COMPUTER SCIENCE

Purdue has long been recognized for its strong programs in computer engineering and computer science. With Purdue Computes, the university aims to take these already successful programs to new heights. By leveraging its existing strengths and expanding its resources, Purdue is poised to produce the next generation of leaders in technology, equipped with the skills and knowledge to drive innovation in a world increasingly shaped by computing.

ADVANCING PHYSICAL ARTIFICIAL INTELLIGENCE

Artificial intelligence is no longer confined to the realm of the virtual; it is now permeating the physical world in ways that are transforming industries and societies. Purdue’s focus on physical artificial intelligence places the university at the forefront of this intersection between the virtual and the physical. By harnessing its expertise in areas such as agricultural data, neuromorphic computing, deepfake detection, smart transportation data, and AI- based manufacturing, Purdue is establishing itself as a leader in this strategic area.

LEADING IN SEMICONDUCTOR RESEARCH AND DEVELOPMENT

Semiconductors are the backbone of modern technology, powering everything from smartphones to advanced computing systems. Purdue is already nationally recognized for its semiconductor degrees program, and Purdue Computes seeks to build on this foundation to make the university a global epicenter for semiconductor research, learning, and industry partnership. A planned $100 million upgrade to semiconductor facilities underscores Purdue’s commitment to this goal. By enhancing its economic and workforce development pipeline, Purdue is not only advancing its research capabilities but also contributing to the growth of the semiconductor industry on a global scale.

PIONEERING QUANTUM SCIENCE AND ENGINEERING

Quantum science and engineering represent the next frontier in technology, with the potential to revolutionize fields ranging from computing to cryptography. Purdue is already a thriving hub for quantum research and development, with a community of interdisciplinary researchers dedicated to advancing quantum science. Through Purdue Computes, the university aims to further its leadership in quantum science and engineering, creating future technologies that will transform our lives, economy, and world.

A VISION FOR THE FUTURE

As student interest in computing-related majors continues to surge, and as the societal impact of artificial intelligence and semiconductor technology grows, through Purdue Computes, Purdue is positioning itself to be a pioneer in these research areas, and ECE is leading the way. In a world where technology is advancing at an unprecedented pace, Purdue Computes is a visionary initiative that is shaping the future of technology and innovation, not just at Purdue, but across the globe.