Alfred College, the New York State Faculty of Ceramics, and quantum growth agency Classiq have introduced a joint quantum computing initiative designed to combine purposeful hardware-portable software program modeling into engineering curricula and power programs analysis. The tutorial collaboration deploys Classiq’s high-level synthesis platform to bypass handbook, gate-level quantum circuit development, permitting college students and researchers to engineer purposeful algorithms with out deep low-level compilation expertise. The curriculum growth is meant to help workforce growth and utilized power optimization fashions throughout the State College of New York (SUNY) community.
[ Alfred University – Classiq Framework ]
Software program Engine ──► Classiq high-level purposeful synthesis platform utilizing agentic compilation workflows.
Analysis Focus ──► Energy system unit dedication optimization and ceramic/glass supplies discovery.
Tutorial Integration──► Inamori Faculty of Engineering curricula, increasing throughout CUNY and SUNY networks.
The academic integration is led by Junpeng Zhan, Assistant Professor of Renewable Power Engineering on the Inamori Faculty of Engineering, who has embedded the platform into lively programs. Zhan’s core analysis focuses on energy programs optimization, particularly the “unit dedication downside”—a multi-variable calculation the place electrical grid operators decide probably the most cost-effective era schedules to fulfill fluctuating regional power calls for. The joint initiative builds upon Zhan’s earlier Nationwide Science Basis (NSF)-funded computational grants and a 2024 collaborative analysis program with the Rochester Institute of Know-how and ISO-New England to discover quantum optimization paths for wholesale electrical grids.
Concurrently, the initiative expands into solid-state physics and superior supplies modeling below S. Ok. Sundaram, Inamori Professor of Supplies Science and Engineering. This department of this system explores quantum algorithm implementations to mannequin molecular configurations and consider structural tolerances in superior ceramics, glass, and manufacturing elements. Trying ahead, Alfred College and Classiq are formulating academic extensions targeted on AI-assisted quantum design alongside a multi-institution grant proposal. This upcoming submission goals to scale quantum computing entry throughout neighborhood faculties, technical colleges, and broader regional infrastructure throughout the SUNY and Metropolis College of New York (CUNY) programs.
The official partnership announcement, industrial software program parameters, and tutorial curriculum milestones will be reviewed by way of the GlobeNewswire Newsroom right here.
July 7, 2026
