Energy and computing collide at annual Rice event

Ken Kennedy Institute hosting Energy High Performance Computing Conference March 5-7

Energy and computing

The 17th annual Energy High Performance Computing Conference hosted by Rice University’s Ken Kennedy Institute March 5-7 is the premier meeting place for the energy industry to engage in conversations about challenges and opportunities in high performance computing (HPC), computational science and engineering, machine learning and data science.

Energy and computing
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Attended by over 500 industry leaders and experts, the three-day event is a unique opportunity for key stakeholders to engage and network to help advance HPC in the energy sector. The agenda for the conference includes invited speakers, a technical program, birds of a feather sessions, an exhibit hall, networking receptions, poster presentations and post-conference workshops.

“The Energy HPC Conference is a forum for taking the pulse of industry needs and discussing challenges, opportunities and new development at the interface of the energy industry, the IT industry and the academic and research community,” said Lydia Kavraki, director of the Ken Kennedy Institute.

What: Energy High Performance Computing Conference hosted by Rice’s Ken Kennedy Institute

When: Tuesday, March 5 – Thursday, March 7

Where: BioScience Research Collaborative, 6500 Main Street, Houston, TX 77030

For more information or to register, visit the Energy HPC Conference website.

The Ken Kennedy Institute is an interdisciplinary group that works collaboratively on groundbreaking research in artificial intelligence, data and computing to solve critical global challenges. The institute enables new conversations that drive convergent research, impact the development of new technology and advance training and education. The Ken Kennedy Institute is the virtual home of over 250 renowned faculty and senior research members at Rice University.

Media planning to attend the conference should RSVP with Silvia Cernea Clark at sc220@rice.edu.

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