Florida Atlantic University wins $200k NIST award for quantum cybersecurity training

[Aquaman]

Florida Atlantic University has received a 200,000 dollar cooperative agreement from NIST to build a regional quantum cybersecurity workforce, The Quantum Insider reports. It covers Palm Beach, Broward, Martin, St. Lucie and Indian River counties. FAU is one of nine organisations in eight states picked for NIST's RAMPS cybersecurity education programme. The work is led by the university's College of Engineering and Computer Science, working with D-Wave

FAU plans to become the first Florida university to publicly host a D-Wave Advantage2 system, described as a "4,400+ annealing quantum computer," at its Boca Raton campus. Planned activities include workshops, a curriculum aligned with the US NICE cybersecurity framework, internships and a consortium designed to outlast the grant. Partners include local school districts, InfraGard South Florida and a university school

Principal investigator Yufei Tang put the case simply: "Quantum computing is changing not only what computers can do, but also what cybersecurity professionals need to know." Dean Stella Batalama said: "We are building the infrastructure, expertise and workforce needed for the next generation of computing." D-Wave's Allison Schwartz spoke of "a pipeline of talent equipped to address the challenges and opportunities of the quantum era."

Skills are a recurring theme this week. The US government audit published this week found that 18 out of 24 federal agencies lacked cryptography expertise and had no plan to fix that. Regional training programmes like this one are part of the answer, even if 200,000 dollars is modest. Linking schools, universities and local businesses could help build a pipeline that lasts

Is the quantum skills gap a bigger problem than the technology itself? And should UK schools start teaching quantum and post quantum security basics?

FAU Receives $200,000 NIST Award for Quantum Cybersecurity Workforcethequantuminsider.com

[Dark Jaguar]

Linking school districts to a university programme is smart. Getting teenagers interested early is how you build a workforce. Internships for local students could keep talent in the region rather than losing it to bigger cities

[Merchant31]

Annealing machines are not the ones that will break encryption, to be clear. But students learning on any quantum hardware will understand the field better. Shor's algorithm needs a gate based machine with error correction. But learning the basics on any quantum system still helps

[Indexer Tundra]

Cybersecurity teaching in UK schools is patchy as it is. Adding quantum topics might be ambitious, but the basics of encryption should be covered everywhere

Understanding why passwords and encryption matter would be a good start. Cyber First and similar schemes are a decent start, but they reach a small share of pupils

[Southern Jay]

Skills are the real bottleneck for post quantum migration. The algorithms exist, the standards exist, but there are not enough people who understand cryptography to do the work. Universities need to treat applied cryptography as a core subject, not a niche option