Microsoft is looking for a modular nuclear reactor expert to power data centers

Alfonso Maruccia

Posts: 1,025   +302
Staff
In a nutshell: Small modular reactors (SMRs) represent a proposed technology for a new generation of nuclear fission reactors. SMRs are smaller than conventional reactors; they can be constructed at one location and then transported and installed elsewhere. Most importantly, SMRs are still in the prototype stage, but Microsoft is already placing a bet on an SMR-powered future nonetheless.

A recent job listing from Microsoft is seeking an expert in nuclear technology to lead the company's new energy initiative. This senior position, titled "Principal Program Manager Nuclear Technology," aims to assist Microsoft in developing, maturing, and implementing a global energy strategy centered around SMR and other microreactor designs.

The job posting includes a quote from Microsoft CEO Satya Nadella, who states that the "next major wave of computing is being born," with cloud and AI models emerging as the new dominant "computing platform." It's worth noting that cloud and AI algorithms demand substantial energy resources. Therefore, Microsoft appears to be exploring the possibility of constructing its own power generation facilities based on SMR designs.

The new hire will have the responsibility of leading the "technical assessment" for integrating SMR and other microreactor designs into Microsoft Cloud's existing data centers. The ideal candidate should possess prior experience in the energy industry, along with a profound understanding of nuclear technologies and regulatory affairs.

The new manager will also need to have an open mindset as they will be responsible for identifying and collaborating with other groups to achieve common goals. The position's responsibilities include a results-oriented approach, creating a "comprehensive" roadmap for SMR deployment, expertise in identifying cost-saving opportunities, and establishing long-term strategic relationships with key vendors and industry groups.

As of now, small modular reactors and other next-generation nuclear reactors are still in the prototype phase, with several devices being developed in 19 countries. Microsoft co-founder Bill Gates is a strong advocate of innovative nuclear reactors through his company, TerraPower. A spokesperson confirmed to CNBC that TerraPower "does not currently have any agreements" to sell its reactor designs to Microsoft.

Microsoft is clearly aiming to be an early entrant in the emerging market for compact nuclear reactors, and it's not just fusion. Earlier this year, the company made a deal with Helion Energy to develop a new working fusion energy device within five years.

Permalink to story.

 
While it is a good and serious approach, the ways & means of getting permitting and permission to operate any kind of nuclear reactor, regardless of size, are daunting. I hope they are working seriously towards that end even before they have a working model ...
 
What's that? Install reactors in areas to benefit all of the residents, and use the hot wastewater from the datacentres to provide heating and hot water? Nah. Let's just invest in mini reactors, managed under guidelines that are going to be lobbied into mediocrity. Then, let's entrust those to private companies that have, historically, had an astounding track record with regulatory compliance, management excellence, and hazardous materials disposal. Good show.
 
While it is a good and serious approach, the ways & means of getting permitting and permission to operate any kind of nuclear reactor, regardless of size, are daunting. I hope they are working seriously towards that end even before they have a working model ...
Its not like Microsoft is a mom & pop shop, either. Honestly? I am betting they have enough capital and influence to pull it off when it comes to dealing with regulators, if the corporate will to follow through exists. The fact the US seems very interesting in maturing SMR designs will certainly help, too.

But, yeah, it certainly won't be easy, either.
 
Back