Alfred University, Classiq Launch Quantum Initiative for Engineering and Energy Research at 1 SUNY Ceramics College
Updated
Updated · HPCwire · Jul 7
Alfred University, Classiq Launch Quantum Initiative for Engineering and Energy Research at 1 SUNY Ceramics College
3 articles · Updated · HPCwire · Jul 7
Summary
Alfred University and Classiq unveiled a joint initiative that gives students and researchers access to Classiq’s quantum software platform for engineering education, applied energy systems research and workforce training.
Classiq’s high-level tools let users build quantum programs without gate-level circuit design or deep coding expertise, aiming to speed the path from classroom concepts to practical applications.
Junpeng Zhan is using the platform in engineering courses and plans to apply it to power-system optimization problems such as unit commitment, where utilities balance electricity demand against operating costs.
The effort also extends to quantum materials research with S. K. Sundaram, exploring advanced ceramic material development and testing at Alfred’s New York State College of Ceramics.
Alfred and Classiq are discussing AI-assisted quantum learning and a possible multi-institution grant involving SUNY, CUNY and community colleges to widen access to quantum education.
How can universities ensure students become quantum innovators, not just users of simplified 'black box' software?
With energy costs soaring, can quantum computing deliver grid optimization solutions fast enough to provide real-world relief?
What is the hidden environmental footprint of building and running the powerful new computers for this quantum revolution?
Quantum Leap for New York: Alfred University and Classiq Drive Materials Innovation and Workforce Growth Across SUNY/CUNY
Overview
Alfred University, through its SUNY College of Ceramics, has launched a major quantum computing initiative in partnership with Classiq. This collaboration brings advanced quantum capabilities into the university’s research and education, building on Alfred’s strengths in materials science, ceramics, glass, and manufacturing—fields that face complex computational challenges. By embedding quantum computing into the curriculum and research, the initiative prepares students and faculty to tackle real-world engineering problems and supports applied energy systems research. Ultimately, this effort aims to expand quantum computing across the college and prepare graduates for the future quantum economy.