Shaping Future Talent at UTC Swindon

Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon. With industry mentors from LMG, CNet Training, CBRE, and ARK Data Centres (all part of the Digital Futures Programme) alongside prospective partners Power Harvest and T.E. Connectivity, students in Years 10 and 12 were given a unique opportunity to step into the shoes of industry professionals.

Challenge Days at UTCs like the one in Swindon are all about bridging the gap between education and employment. Students work in mixed groups to tackle real-world projects that mirror the kind of challenges they could face in industry – and this one was no exception.

“Another Challenge Day and another chance to admire the enthusiasm, energy and commitment of students, this time with UTC Swindon. Ark’s partnership with the Digital Futures Programme is in recognition of what is needed to encourage an engineering generation of the future, so critical to the data centre sector. But it doesn’t stop there and we take immense pride in giving something back, both as a company and on a individual basis.” – Allan Bosley, Ark Data Centres


The challenge: from coal power to smart city

The brief? To redevelop the recently decommissioned Ratcliffe-on-Soar power station into a self-sufficient, smart city that includes housing, office space, retail, leisure, and a dedicated data centre.

Across three themed challenges – repurposing the site, designing a safe and connected smart city, and ensuring sustainable, self-sufficient energy – students were guided by employer mentors who shared their industry knowledge, career journeys, and practical advice throughout the day.

Over 200 students participated across multiple classrooms, with each group supported by employers who offered guidance on project feasibility, team collaboration, communication, and innovation.

At the end of the day, each team presented their ideas to their mentors, who judged the solutions based on creativity, practicality, costings, design and presentation – and awarded certificates and prizes to their winning team.

“It was really encouraging to see the students working together to tackle complex questions around financing, security, planning, and sustainability. At Phi, we’re committed to nurturing emerging British talent and supporting the next generation as they prepare to lead our industry forward. The Digital Futures Programme gives them a chance to apply their skills in real-world scenarios, which is exactly what our sector needs more of. We see real potential in initiatives like the DFP and are actively exploring further ways to get involved.” – Sydney Bennett-Miller, Power Harvest Infrastructure


How to get involved 

For employers, Challenge Days offer far more than just a feel-good opportunity to give back. They’re a chance to:

  • Support diversity and inclusion – be part of a programme that’s widening access and awareness of your sector among young people from a variety of backgrounds.
  • Connect directly with future talent – engage with over 1,000 enthusiastic, work-ready students who are eager to learn about careers in data centres and beyond. ALET have had great success with the Digital Futures Programme so far, with three students from this year’s cohort (so far) starting apprenticeships at firms like Vertiv and LMG.
  • Collaborate with others in the industry – from DFP members to new partners, these events foster meaningful connections between companies across the data centre ecosystem. It’s a chance come together to discuss challenges in the industry while helping inspire a new wave of data centre talent.

UTC Swindon and the Digital Futures Programme are creating a genuine pipeline of early careers talent for data centre employers, by equipping students with the skills, confidence, and industry knowledge they need to succeed – and they can’t do it without their partners.

If you’re interested in getting involved in future Challenge Days or learning more about how your company can benefit from becoming a Digital Futures Programme partner, the team would love to hear from you.



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The Data Centre Power 50 

Andy Davis Named in Datacloud’s Power 50 List of Industry Trailblazers

We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

The Power 50 highlights leaders and innovators who are driving progress in infrastructure, sustainability, talent, and technology across the global data center ecosystem. To see Andy’s name included alongside such a respected group of industry professionals is both exciting and humbling. 

But for Andy, the recognition is about more than individual achievement. 

“I still can’t quite believe my name is included in the Datacloud Power 50, a list of the most influential people shaping the future of data centres. I never set out to be influential; I just wanted to give people a voice. A platform where every voice could be heard. To now be recognised alongside those at the forefront of the digital revolution, people genuinely changing the world, is both a privilege and a complete surprise.” – Andy Davis


Inside Data Centre Podcast 

On the Inside Data Centre Podcast, Andy speaks to key industry voices sharing their insights, challenges, and innovations.  

Data Centre Club 

Data Centre Club is a professional community on LinkedIn, established by Andy, focusing on data center industry insights. The group serves as a platform for professionals to connect, share knowledge, and discuss trends within the sector. 

Data Centre Club Nights 

Set up for the community and run by the community, these are networking events held all over the world. Launched by Andy in collaboration with Paul Hammer, these events aim to reshape networking by bringing together professionals in a relaxed setting, for example Zurich, Dubai, London, Bahrain, Frankfurt… Creating opportunities for meaningful conversations. 

Data Centre Marketing Club 

The Data Center Marketing Club (DCMC) is a dedicated community for marketing and PR professionals within the data center and digital infrastructure sectors. Andy is a co-founder of the club along with Giuseppe Caltabiano, Senior Director of Marketing at AVK, Adam Nethersole, VP of Marketing at Kao Data, Rory Flashman-Wells, Director at Spa Communications, and Nicola Hayes, Senior Marketing Academic & Practitioner, Data Center Strategist, Writer. 

The club provides a platform for professionals to connect, discuss industry trends, and collectively elevate the marketing standards within the data center community. 

Data Centre News 

Andy personally writes a news update every week. The newsletter provides the latest insights and developments in data centers, and is renowned in the industry, serving as a valuable resource for professionals seeking up-to-date information on industry trends. 


Andy’s inclusion in the Power 50 is a reminder of the importance of our mission. As the data center sector continues to expand and evolve, making space for real conversations – about growth, challenges, innovation, and people – is more vital than ever. 

We’d also like to congratulate the other industry figures featured in the Power 50 this year. It’s inspiring to see so many people pushing boundaries and championing progress in the data center space. 

This recognition isn’t the finish line – it’s fuel for what comes next. And if you haven’t already, now’s a great time to tune in. 



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Power, Pricing, and Pipeline: CBRE Report 2025 

Key takeaways from CBRE’s Global Data Centre Trends 2025

“Limited power availability remains the prime inhibitor of global data centre growth in certain core hub markets, leading to opportunities in new hotspots like Richmond (North America), Santiago (Latin America) and Mumbai (Asia-Pacific).” 


Contents


  • Power constraints are driving early aggressive preleasing and delaying construction timelines to 2027+, as cloud and AI companies compete to secure space, resulting in record-high net absorption. 
  • Global data centre pricing increased 3.3% year-over-year in Q1 to $217.30 per kW per month, with major markets like Northern Virginia, Chicago, and Amsterdam seeing significant hikes, while smaller markets such as São Paulo and Santiago experienced notable price declines. 
  • Demand continues to outpace supply globally, driving the average data centre vacancy rate down 2.1 points to 6.6% in Q1 2025, with Paris seeing the most significant tightening; meanwhile, AI workloads are driving multi-megawatt demand in cities like Tokyo, Sydney, Bogotá, and Mumbai, prompting operators to adopt liquid cooling and invest in specialized AI zones.  

“Data centre space is increasingly scarce worldwide. Despite big development pipelines, availability remains tight due to power constraints.

In West London, projects are delayed until 2030 or later because of power limits. In North America, Phoenix saw a drop in supply, while Atlanta’s new capacity was quickly absorbed. Europe’s availability fell 25% year-over-year, pushing builds further from city centres.

The key takeaway from CBRE’s report? Power availability is crucial, driving fierce competition in established markets and growth in emerging ones.” 
Andy Davis, Director, DataX Connect 


Europe data centre trends 2025

  • Europe’s four largest data centre markets grew inventory by 7.2% year-over-year—slowing from 20% growth the previous year—due to power constraints, with Frankfurt and Paris leading growth while Amsterdam saw no new supply. 
  • Vacancy in these top four markets fell by 3.2 points to a record-low 7.4% in Q1, as strong demand outpaced inventory growth. 
  • Net absorption grew by 300.5 MW but slowed from the prior year, with Frankfurt and Paris leading demand driven by hyperscale and AI growth. 
  • Rental rates increased due to limited supply and higher construction costs, with London’s rates rising notably year-over-year. 
  • Availability in the four major markets declined over 25% year-over-year in Q1, with operators expanding new supply outside city centres to address power constraints; Frankfurt had the smallest drop and lowest vacancy rate. 

North America data centre trends 2025

  • North America’s top data centre markets saw a 43% year-over-year inventory surge in Q1, with Atlanta and Phoenix entering the top tier and Northern Virginia retaining its global lead, driven by hyperscale, AI, and enterprise demand. 
  • Data centre vacancy stayed low in Q1 despite the inventory surge, with Northern Virginia remaining tight at 0.76%, Atlanta and Phoenix reducing vacancies significantly, and Chicago seeing a slight increase. 
  • Net absorption in the top markets doubled year-over-year to 1,668.5 MW, driven by hyperscale expansion and increased power availability, especially in Atlanta and Northern Virginia. 
  • Rental rates rose moderately in Q1, led by double-digit growth in Chicago, Northern Virginia, and Atlanta, while Phoenix remained stable as new supply balances demand. 
  • Despite strong development pipelines, availability remains very limited, with modest supply increases in Atlanta, Chicago, and Northern Virginia, while Phoenix saw a notable availability decline. 

APAC data centre trends 2025

  • The Asia-Pacific region saw a 4.4% inventory increase over the past year in key markets like Singapore, Hong Kong, Tokyo, and Sydney, while growth accelerates in secondary markets such as Johor and Melbourne due to supply constraints in major cities. 
  • Overall vacancy rate held steady at 14% in Q1, with Hong Kong experiencing a high 28% vacancy from new supply and softer demand, while Singapore maintained a low 2% vacancy thanks to strong demand and strict development controls. 
  • Leasing demand remained stable, fueled by enterprise colocation, cloud, and AI deployments, with Tokyo leading net absorption at 49.8 MW. 
  • Rental pricing remained stable overall, with Singapore maintaining high prices, slight decreases in Tokyo and Sydney, and softened pricing in Hong Kong amid changing demand. 
  • Availability rose across most markets in Q1 due to new developments, except Sydney, with growth concentrated in suburban wholesale colocation facilities and secondary markets like Johor and Batam capturing large deployments. 

Latin America data centre trends 2025

  • Inventory in Latin America’s four largest data centre markets grew 13.7% year-over-year in Q1, led by Santiago’s 23% increase, though new greenfield projects slowed due to tariff and energy procurement uncertainties. 
  • Vacancy rates in key markets fell sharply in Q1—São Paulo dropping to 9.5%—while Bogotá saw a moderate rise, with limited new supply and uneven power availability highlighting ongoing challenges despite strong demand in strategic locations. 
  • Maintained strong net absorption, led by São Paulo and Santiago, although energy restrictions limited growth in Querétaro and Bogotá. 
  • Rental rates shifted unevenly: prices fell slightly in Santiago and São Paulo but rose in Querétaro due to power constraints, with São Paulo offering the most competitive options. 
  • Availability stayed tight in São Paulo, Querétaro, and Santiago as demand outpaced supply, with Querétaro having less than 1 MW available and Bogotá offering moderate capacity but needing infrastructure upgrades. 

As the CBRE report highlights, power constraints and shifting market dynamics are reshaping the global data centre landscape. While established hubs face fierce competition and limited availability, emerging markets with reliable power are gaining momentum. For businesses and talent alike, staying ahead means understanding these trends and adapting to a landscape where power—and people—remain the ultimate drivers of growth.

Sources

https://www.cbre.com/insights/reports/global-data-center-trends-2025



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Why Are Data Centres Getting So Heavy?

In data centres, weight is becoming a defining factor in design, construction, and location strategy for companies across the globe. As artificial intelligence (AI), machine learning, and high-performance computing (HPC) drive demand for denser, more powerful infrastructure, the equipment inside data centres is growing significantly heavier. 

The result? Floors are being reinforced. Raised platforms are being reconsidered. Single story is a must. And some buildings simply can’t take the strain. 

This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 


Contents


What makes a data centre heavy?

Several core components contribute to the physical weight of a modern data centre – and with the rise of AI and machine learning, many of these are getting heavier. 

  • Server racks: At the heart of the data centre, racks can weigh close to two tonnes each. 
  • Cooling systems: Liquid cooling infrastructure, including chillers, pumps, and pipework, adds significant weight both on and beneath the floor of a data centre. 
  • Power Distribution Units (PDUs): These systems regulate and distribute electricity across rows of racks, with heavy-duty models often floor-mounted. 
  • Backup power units: Large battery banks and UPS systems are essential for redundancy, and contribute to the overall weight of a data centre.
  • Switchgear and transformers: These industrial-grade components manage power conversion and safety, often housed in separate heavy enclosures. 
  • Containment systems: Hot and cold aisle containment are often made from metal and reinforced plastic or glass.

Why data centres are getting heavier

The growing weight of equipment inside data centres isn’t incidental—it’s a direct result of the (pretty recent) technological shift toward AI, high-performance computing, and onsite power solutions. Every advancement in capability comes with added physical load. 

AI and high-density hardware 

AI infrastructure is the primary driver behind today’s heavier data centre racks. Compared to traditional IT equipment, AI hardware is significantly denser, packing more compute power—and hence more physical material—into the same footprint. 

A standard 42U server rack with conventional compute, networking, and storage typically weighs between 680kg to 1100kg, but AI racks can weigh up to two tonnes. 

Density and cooling 

Greater compute density means more performance per square foot, but it also means significantly more heat. In response, data centres are adopting liquid cooling and direct-to-chip solutions, which add additional weight through plumbing, coolant, and support infrastructure. 

Onsite power and battery storage 

Beyond compute, facilities are increasingly incorporating onsite energy systems like lithium-ion battery storage and backup generation. These installations add considerable structural load and must be factored into overall weight distribution across the facility. 


Designing data centres for AI infrastructure

As the weight of AI and high-density equipment continues to rise, the design of data centres are changing to accommodate the new physical limits of modern infrastructure.

Flooring

One of the most immediate design implications in AI data centres is the decline of traditional raised floors. Reinforced raised floors are increasingly viewed as cost-inefficient, and instead, many operators are opting to build directly on slab foundations to better handle the weight of AI server racks.

However, raised floors haven’t disappeared entirely. Some facilities still use them, but in a different way. They’re lower and primarily used to house water pipes and cabling.

Single story vs. multi-story

In addition to rethinking what’s beneath the racks, data centre designers are rethinking what’s above them, by eliminating upper stories altogether.

The cost of designing multi-story facilities to accommodate the weight of AI equipment is proving to be a major deterrent; it’s simply too expensive to build that second story. This means that sprawling, single-level layouts are rising in popularity because weight can be more easily managed and evenly distributed.

Project timelines

While adapting to heavier infrastructure does require changes in materials, such as stronger concrete and larger steel beams, evidence shows that these kinds of modifications are not really affecting construction timelines.

What is changing, however, is the wider approach to long-term planning. While data centres have historically been built with a 10–20-year lifespan in mind, the speed of AI advancement means that there is a bigger focus on data centres being future-proofed as they could become obsolete much quicker than that.

Read more: The Data Centre Life Cycle

Strategic layouts

Some operators are adopting different layout models, distributing heavier racks across the facility to avoid overloading any single area. Others are implementing pod-based or modular designs, where high-density, high-weight AI equipment is isolated in specially designed rooms. This helps limit structural stress and provides more flexibility for future upgrades.


Site selection challenges for AI data centres 

The rise of high-density AI infrastructure is reshaping not only how data centres are designed—but also where they can be located. Traditional assumptions around site feasibility are being challenged as weight restrictions grow more demanding in addition to power and structural requirements. 

Read more: What Goes Into Choosing a Data Centre Location?

Retrofitting 

These pressures are especially evident in retrofits of existing buildings. While repurposing older structures has long been a strategy to save time and cost, the physical requirements of AI server racks are making many retrofits difficult… if not impossible. Height restrictions are as much of a challenge as weight restrictions. 

Before any equipment is installed, building teams must conduct rigorous structural assessments to determine whether the floor loading can safely accommodate modern, ultra-dense racks. Older multi-story buildings, which were once seen as ideal for retrofits, often fall short.  

Brownfield sites 

Despite these challenges, retrofitting isn’t off the table entirely. In fact, there’s growing interest in brownfield sites – previously developed land that may include disused industrial buildings, shopping centres, or hospitals. These sites can offer major advantages, particularly when it comes to power infrastructure and weight restrictions. Brownfield sites like former factories often come with heavy-duty flooring and existing power connections—saving developers both time and money. 

In contrast, greenfield sites – undeveloped plots of land – require extensive infrastructure buildout before construction can even begin, particularly when it comes to power access. 

As AI continues to reshape the design standards of data centres, it’s also reshaping their real estate strategy. Location decisions now hinge not just on space and cost, but on the physical readiness of a site to support the next generation of hardware. 


As AI and high-performance computing redefine what goes into a data centre, they’re also reshaping the physical realities of building one. From heavier racks and cooling systems to onsite power infrastructure, today’s facilities carry more weight—literally—than ever before. This shift is forcing developers, engineers, and operators to rethink traditional approaches to design, construction, and location strategy. As the industry moves forward, structural considerations will be just as critical as compute capacity in shaping the data centres of the future. 

Sources

https://www.datacenterknowledge.com/build-design/heavy-compute-ai-data-centers-have-a-weight-problem?utm_rid=CPNET000064106105&utm_campaign=62663&utm_medium=email&elq2=94f7f152edb24fcb90e3faac164af07a&sp_eh=3f3acd1685575a5b259050beac4fd719c4554fc86dc14aa48d9bcca8fc1317c1

https://www.datacenterknowledge.com/ai-data-centers/how-ai-is-reshaping-data-centers-power-cooling-and-infrastructure-challenges


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Just Launched: 2025 Data Centre Salary Survey

11th June 2025 – In response to continued demand for greater transparency in compensation and career progression within the data centre sector, critical infrastructure recruitment consultancy DataX Connect has officially launched its 2025 Data Centre Salary Survey. This annual survey collects vital data from professionals across Europe and the US, offering the industry a comprehensive view of pay, benefits, and bonuses. 

The results of the survey will form the basis of DataX’s comprehensive regional salary reports, which are used by employers all over the globe to benchmark compensation and by professionals to understand their value in the market. 


Supporting transparency in a booming industry

As the data centre industry continues to grow rapidly and compete for skilled talent, access to reliable compensation data has become increasingly important. The 2025 Salary Survey will provide insight into: 

  • Pay trends by job title and region 
  • Bonus structures and benefits packages
  • Experience levels, age, and career progression 

There will be three main regional reports covering the UK, the rest of Europe, and the US. 


What’s new in the 2025 survey 

This year’s survey introduces expanded sections on: 

  • Pay trends by seniority and by company type 
  • Year-on-year salary data 
  • Stagnant salaries 
  • A closer look at individuals benefits packages
  • Gender pay gap analysis 
  • Data on mobility and career movement across the market 

The 2025 reports aim to provide even more actionable insights for both employers looking to attract and retain top-tier professionals, and individuals seeking to benchmark their compensation and progress within the sector. 


Backing future talent pipelines

The survey also supports DataX Connect’s broader mission to help address the data centre talent shortage. Through its partnership with the Digital Futures Programme at UTCs in the South of England, the recruitment consultancy is contributing to the development of young technical talent and helping to shape the workforce of the future. 


Have your say

DataX is inviting data centre professionals and employers across Europe and the US to take part in the 2025 survey and help shape the next edition of the industry’s most widely read salary benchmark report. 

Take the 2025 Data Centre Salary Survey 

With the insights gathered, DataX Connect will continue to drive transparency, competitiveness, and confidence in the data centre job market — supporting both the organisations it works with and the professionals it represents. 


Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

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61 responses to “Just Launched: 2025 Data Centre Salary Survey”

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The 5 Data Centre Commissioning Levels

As data centres grow in complexity and criticality, so too does the process of ensuring their systems function as intended before going live. This is where data centre commissioning play a vital role.

In this article, we’ll explore the five levels of data centre commissioning and what this means for those working in testing and commissioning roles within the sector.


Contents


What is data centre commissioning?

Data centre commissioning is a structured, multi-phase process that tests and validates all systems in a data centre—mechanical, electrical, IT, and security—prior to handover. 

While commissioning is relevant to many types of buildings, the process is especially rigorous in mission-critical environments like data centres, where uptime and reliability are paramount. From design verification to integrated systems testing, the commissioning process ensures that the facility performs as designed—and continues to do so after launch. 


5 data centre commissioning levels

The data centre commissioning process is often broken down into five key levels, each representing a stage in the system validation lifecycle. These levels provide a framework for tracking progress and ensuring that all components—individually and collectively—meet performance and operational standards. 

Level One: Factory Acceptance Testing (FAT) – Red Tag

Before equipment even reaches the construction site, it’s tested by the manufacturer to confirm that it meets the specified requirements. This includes equipment like generators, UPS systems, and chillers. Level 1 ensures that components function correctly before delivery. 

Level 2: Site Acceptance and Installation Verification – Yellow Tag

Once the equipment arrives onsite, Level 2 focuses on installation checks. Are the units installed correctly? Are they in line with design drawings and safety codes? This level includes physical inspections and pre-functional checks, ensuring everything is ready for startup.

Level 3: Start-up and Pre-Functional Testing – Green Tag

At this stage, systems are powered up and tested individually to verify that they function in isolation. For example, an HVAC unit might be started up to confirm proper operation, without yet being integrated into the full control system.

Level 4: Functional Performance Testing – Blue Tag

Level 4 is more comprehensive. Here, systems are tested in sequence and under normal and failure conditions to ensure they function as intended. This level is critical in identifying how systems respond during simulated failures, such as loss of utility power.

Level 5: Integrated Systems Testing (IST) – White Tag

The final and most rigorous stage involves testing the entire infrastructure under full operational load. This simulates real-world scenarios and emergency events to ensure the whole system functions together. It’s the last step before handover to the operations team. 

data centre commissioning

Data centre commissioning jobs

With data centre investment booming globally, testing and commissioning professionals are in high demand. These roles are critical in ensuring new facilities come online without costly delays or system failures. We recruit for both permanent and contract commissioning engineer roles across Europe and the USA.

Commissioning engineer salary

According to our 2024 Data Centre Salary Survey, Commissioning Engineers in permanent positions earn an average of £88,684 per year in the UK and Europe. In the United States, they earn an average of £111k.

Commissioning engineer day rate

Data from our survey suggested that the average day rate of a Commissioning Engineer in a contract role was £579. Commissioning Managers earn slightly more, at £693 per day.

This demand reflects the complexity of testing and commissioning in construction, especially in hyperscale environments where any downtime could result in millions lost in service disruptions.


The five levels of data centre commissioning provide a critical roadmap for delivering reliable, high-performance facilities. From factory testing to full system integration, each level ensures that the infrastructure can meet the demanding requirements of today’s digital economy.

Whether you’re a facilities manager, project stakeholder, or engineer exploring commissioning in construction, understanding these levels is key to delivering projects that are not only complete—but proven to perform.

If you’re a commissioning professional looking for new career opportunities in this field, get in touch with our specialist recruitment team.


Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

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Where the Work Is: Data Centre Engineer Jobs

Data centre engineers are in high demand across Europe—and the market isn’t slowing down any time soon. As AI, cloud services, and digital infrastructure continue to accelerate, companies are investing in new facilities, expanding existing ones, and urgently seeking skilled professionals to keep operations running smoothly. 

For experienced engineers, this presents a real opportunity—not just for job security, but for long-term career growth, salary progression, and exciting work across Europe. 

The key? Knowing where the work is and what employers are really looking for. 


Contents

  1. Top 5 established hotspots in Europe
  2. Top 5 up-and-coming hotspots in Europe
  3. Data centre engineer salary
  4. Data centre engineer career progression
  5. How to take advantage of the opportunity

Top 5 established hotspots in Europe

These locations have been leading the charge in data centre construction and continue to offer stable, high-volume opportunities. This ranking, established by Cushman & Wakefield, takes into account factors such as power availability, renewable energy usage, and capacity under construction, amongst many other factors.

1. London

As the UK’s largest data centre hub, London (including Slough) has a high density of colocation sites and strong investment. 

2. Frankfurt

As the UK’s largest data centre hub, London (including Slough) has a high density of colocation sites and strong investment. 

3. Amsterdam

With growth returning after the data centre moratorium, demand is picking back up in the Netherlands. 

4. Paris

Paris is experiencing consistent growth driven by cloud computing and, of course, artificial intelligence. 

5. Madrid

Spain’s capital is fast becoming a southern European hotspot with hyperscale developments and increased co-location demand.


Top 5 up-and-coming hotspots in Europe

These cities are gaining momentum as data centre operators look for locations with easier access to power and water. Those looking for data centre engineer jobs could consider emerging markets like these.

1. Berlin

Berlin ranks in the top ten regions globally when it comes to under construction pre-leased rate, and environmental risk. This means that a high proportion of data centre developments are already pre-leased before completion, signalling strong demand and investor confidence. Berlin also benefits from its proximity to Frankfurt while offering comparatively lower land and energy costs, making it a rising star in the German data centre market.

2. Helsinki

Helsinki’s cold climate significantly reduces the need for artificial cooling, cutting operational costs and emissions. With access to abundant renewable energy sources like hydro and wind power, Helsinki is quickly becoming a model location for green data centre growth in the Nordics.

3. Zurich

Zurich ranks in the top ten regions globally for political stability and fibre connectivity. Switzerland’s neutrality, robust legal system, and secure economic environment make Zurich a trusted location for data centre investments. In addition, its strong fibre network ensures low-latency connections across Europe.

4. Munich

Munich ranks in the top ten regions globally for vacancy percentage – a sign that there is available capacity for immediate deployment. This presents opportunities for companies needing rapid scalability without the long lead times associated with new builds.

5. Oslo

Oslo ranks in the top ten regions globally for environmental risk and renewable power generation. Norway’s vast hydroelectric capacity allows data centres in Oslo to run on nearly 100% renewable energy, appealing to operators with ambitious ESG targets. 


Data centre engineer salary

Here’s what you can expect in terms of salary and progression as a data centre engineer:  

  • Shift engineer £54,643 
  • Day engineer £60,417 
  • Shift lead £61,333 
  • Technical manager £76,538 
  • Data centre manager £86,625 

Salaries in the data centre space continue to grow. Between July 2023 and July 2024:  

  • 36% of everyone in data centres received a pay rise of 5% or more. 
  • 14% had an increase of 10% or more. 

Want to see more data like this? Download our 2024 Data Centre Salary Survey


Data centre engineer career progression

Example career pathways for data centre engineers

  • DC/Electrical Engineer -> Shift Lead -> Critical Facilities Engineer/Supervisor -> Critical Facilities Manager -> Data Centre Manager  
  • Operations Technician/Engineer -> Technical Supervisor/Engineer -> Technical Manager/Operations Manager 
  • Contract Manager > Account Manager > Area Manager 

There’s no single route—your next step depends on your goals, whether that’s technical specialisation or team leadership. 


Take advantage of the opportunity

Whether you’re actively job hunting or simply curious about what’s next, now’s the time to put yourself in the frame for the best roles: 

  • Update your CV with relevant certifications and responsibilities. 
  • Be open to relocation or short-term contract work in key hotspots. 
  • Build relationships with recruiters who specialise in data centre placements. 
  • Explore roles that match your experience—and challenge you to grow. 

Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

GET IN TOUCH

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One response to “Where the Work Is: Data Centre Engineer Jobs”

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2025 Global Data Center Market Comparison – Key Takeaways

Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

This article explores the report’s key takeaways—from the rise of emerging markets to the challenges of power availability and committed capacity—offering a snapshot of where the market stands today and where it’s heading next.

“If the global data center industry in 2024 could be summed up in two words, they would be “accelerated growth.” The industry experienced rapid expansion throughout the year, a trend expected to continue into 2025 and 2026. Artificial intelligence (AI) and machine learning (ML), which gained prominence in 2022, are key drivers of this demand now and into the future.”


Contents

  1. Emerging markets gain steam
  2. Established markets march on
  3. The 1GW+ club
  4. 100% capacity claimed
  5. Low vacancy across the board

1. ‘Emerging markets gain steam’

The first key takeaway from this report is that interest is growing in emerging markets as power becomes the number one priority: “The best place to build a data center is wherever the required power can be secured.” 

Hyperscalers are setting the pace by being the first to act in emerging markets like Austin/San Antonio, Iowa, Pennsylvania, and Abu Dhabi.   

“A key industry trend is growing interest in emerging markets, as power delivery timelines in established markets lengthen, redirecting some traffic toward areas where power is more plentiful, land availability is a lesser concern, and economics are more favorable.” 


2. ‘Established markets march on’

Even though there is growing interest in emerging markets, established markets are still experiencing high demand. Globally, the top six established markets are all in the USA; Virginia holds the top spot with Phoenix, Dallas, Atlanta, Oregon, and Columbus following suit. In fact, the only two non-US markets in this list are Beijing and Shanghai, at number seven and ten respectively. 

“Despite the growing interest in emerging markets, established markets still capture the bulk of data center activity, often boasting significantly larger development pipelines.” 


3. The 1GW+ club

Globally, 13 markets boast operational capacities exceeding 1GW:

  • Virginia 
  • Beijing
  • Oregon 
  • Columbus 
  • Phoenix 
  • Dallas 
  • Shanghai
  • Chicago 
  • London 
  • Tokyo 
  • Dublin 
  • Iowa 
  • Singapore 

This ranking by operational capacity reflects past demand in these regions and gives us an idea of market maturity. These markets will typically have solid infrastructure and experienced construction and operations talent. 

For context, 1GW could power approximately 3.3 million HD movie streams at once – enough for every person in Iowa to watch Netflix simultaneously. 

“AI has essentially become a rock to the data center windshield—its initial impact is undeniable, with effects rippling across all facets of the industry”


4. 100% capacity claimed

There are nine markets where 100% of capacity currently under construction was already committed, including Berlin, Iowa, Milan, and Montreal, and two where planned markets showed the same, Dammam and Indianapolis. 

Virginia and Atlanta are the only markets in the world with more than 1GW currently under construction. 

“Across the Americas, the prelease rate for capacity under construction is 76% when excluding hyperscale self-builds and 83% when including them.” 


5. Low vacancy across the board

Currently, only eight individual data centers offer 20MW or more of available capacity in a single data center – these are in NY-NNJ, Poland, Johannesburg, Beijing, Shanghai, and Guanzhou.  

While vacancy rates don’t paint the full picture of a market’s performance, they do indicate a market with development potential. The report states that there are seven markets globally with extremely tight vacancy – below 1%, including Oregon, Frankfurt, Las Vegas, Salt Lake City, and Abu Dhabi. 


The message from the Global Data Center Market Comparison is clear: whether it’s hyperscalers pushing into emerging territories or established markets racing to meet demand, the global data centre industry is operating at full tilt. Power, scale, and speed are defining success in 2024 and beyond. As the industry continues to evolve under the pressure of AI and digital transformation, those who can secure power and move fast will lead the charge.


Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

GET IN TOUCH

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Leave a Reply

Your email address will not be published. Required fields are marked *

What is a data centre?

Imagine a giant warehouse, but instead of physical products, it stores everything digital: your photos, videos, games, music, and files.   

This warehouse is called a data centre. In this article, we’ll answer the big question, “What is a data centre?”. We’ll find out what data centres look like inside, and why they’re so important in our everyday lives. 


Contents


What is a data centre?

A data centre is a large building that holds thousands of servers storing ‘the internet’. Servers are essentially powerful computers that store, manage, and deliver data to other computers. 

In a data centre, servers get stacked on top of each other in big cupboards called racks. Every data centre has thousands of these racks, all lined up in rows. Servers in racks get very hot and need to be cooled down, so data centres always have complex cooling systems to make sure that nothing over heats. 

Read more: What is a server?

what is a data centre

What do data centres do?

Without data centres, you wouldn’t be able to video call, play online games, send emails, or search on Google. Everything from watching the weather forecast to buying a gift online involves data centres in one way or another.  

Read more: Why Do We Need Data Centres?

what is a data centre

Servers in a rack


Data centre jobs

There are many different jobs involved in building and running a data centre, spanning every stage of its lifecycle.

In the early phases, construction professionals including quantity surveyors, construction managers, planners, architects, and project managers design and build the facility.

Once it’s up and running, operations teams -including data centre engineers, technicians, supervisors, and security staff – keep everything working safely and efficiently.

There are also IT specialists who manage the servers and systems, as well as sustainability and HSE experts who help reduce environmental impact and keep everyone safe on site.

From start to finish, data centres rely on a wide range of skilled people to keep the digital world connected.

If you’re looking for a new opportunity in data centres, whether in construction or operations, drop us an email (connect@dataxconnect.com) or submit your CV and we’ll get in touch.

Looking for other roles in critical infrastructure? Visit our sister site, Highfield Professional Solutions.


Data centres are the essential infrastructure powering our digital world, operating behind the scenes to support everything from online communication and entertainment to education and healthcare.

They store, manage, and protect the vast amounts of information we depend on daily. Whether it’s sending a message, purchasing an item online, or supporting emergency services, data centres play a vital role in making it all possible. With their advanced technology and powerful servers, they ensure our digital systems continue to run efficiently and reliably.


Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

GET IN TOUCH

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Leave a Reply

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7 Types of Data Centre

Data is everywhere – from streaming videos to online banking and artificial intelligence. And all this data has to live somewhere… The answer lies in data centres.  

A data centre is a facility that houses computers and networking equipment to store, process, and manage data. However, not all data centres are the same. They come in different shapes and sizes, each designed for specific needs.  

Read more: What is a Data Centre?

In this article, we’ll break down the main types of data centres. 


Contents


1. What is a traditional data centre?

Traditional data centres are large buildings filled with rows of servers and networking equipment. These are typically owned and operated by big companies that need to store and manage vast amounts of data. Banks, hospitals, and government agencies often use traditional data centres to keep their sensitive information secure. 

These facilities require significant investment, from power and cooling systems to security measures. They are usually located in business parks or industrial areas, where companies can ensure their data stays protected and accessible. 


2. What is a cloud data centre?

Unlike traditional data centres, cloud data centres don’t require businesses to own their own hardware. Instead, they rent space from cloud providers like Amazon Web Services (AWS), Microsoft Azure, or Google Cloud. This allows businesses to store and access their data remotely via the internet.

If you’ve ever saved a document in Google Drive, streamed a movie on Netflix, or used an online backup service, you’ve interacted with a cloud data centre. These centres are cost-effective, scalable, and offer high levels of security and reliability, making them ideal for companies of all sizes.


3. What is a colo data centre?

Not every company wants to build and maintain its own data centre. That’s where colo data centres (colocation data centres) come in. These are shared facilities where multiple companies rent space for their servers. Each business has its own section within the centre but benefits from shared power, cooling, and security systems. 

Colocation data centres are a great option for businesses that need control over their servers but don’t want to bear the full cost of running their own facility. They offer a balance between ownership and affordability. 


4. What is an edge data centre?

Speed matters in the digital age. Edge data centres are small, localized facilities designed to process data closer to where it is needed. This reduces lag and improves performance for services that require instant responses, such as online gaming, self-driving cars, and smart city applications. 

For example, when you stream a video on your phone, an edge data centre ensures that the content loads quickly without buffering. These types of data centre are essential for the growing number of devices connected to the internet, making services faster and more reliable. 

Read more: Choosing Data Centre Locations


5. What is an AI data centre?

Artificial intelligence (AI) requires enormous computing power to process data and learn from it. AI data centres are built specifically for this purpose. They use advanced hardware to handle complex tasks like facial recognition, language processing, and automation. 

Companies developing AI-driven applications, from virtual assistants like Siri to automated manufacturing robots, rely on AI data centres to analyze and process large amounts of data efficiently. 

Read more: The Use of AI in Data Centres


6. What is a hyperscale data centre?

When you think of tech giants like Facebook, Google, or Amazon, imagine massive warehouses filled with thousands of servers. These are hyperscale data centres—huge facilities designed to handle the vast amounts of data traffic generated by billions of users worldwide. 

Hyperscale data centres focus on efficiency and scalability. These types of data centre power everything from social media platforms to cloud computing services, ensuring that users can access their favorite apps and websites without interruption. 


7. What is a modular data centre?

Not all data centres are permanent buildings. Some businesses need a flexible solution that can be deployed quickly. Modular data centres are self-contained units that can be built and moved as needed. These are used in remote locations, emergency situations, or fast-growing businesses that require an immediate data centre solution. 

Think of them as portable types of data centre—easy to set up, expand, or relocate depending on business needs. 


Comparison table

We’ve made a handy comparison table for these seven types of data centre – comparing their relative size, typical locations, usage, and affordability for companies.

types of data centre

As technology continues to evolve, data centres play a crucial role in keeping our digital world running smoothly. Whether it’s a traditional data centre for a bank, a cloud data centre for online services, or an AI data centre for machine learning, each of these types of data centre serve a specific purpose. 

Looking ahead, we can expect even more innovation in this space, including environmentally friendly “green” data centres and advancements in quantum computing. Understanding the different types of data centres helps businesses make informed decisions about their digital infrastructure. 

No matter where technology takes us, one thing is certain—data centres will continue to be the backbone of our connected world. 


Other insights

  • Shaping Future Talent at UTC Swindon

    Activate Learning Education Trust (ALET) are wrapping up the academic year with a series of high-energy Challenge Days, one of which was at UTC Swindon.

    Read more

  • The Data Centre Power 50 

    We’re proud to share that Andy Davis, Director at DataX Connect and host of the Inside Data Centre Podcast, has been named in the Datacloud Global Power 50 – a list that recognises 50 of the most influential figures shaping the future of the data center industry. 

    Read more

  • Power, Pricing, and Pipeline: CBRE Report 2025 

    This article summarises the key takeaways from CBRE’s Global Data Centre Trends 2025 Report, exploring the state of power, inventory, vacancy, absorption, and availability across global markets.

    Read more

  • Why Are Data Centres Getting So Heavy?

    This article explores the physical weight of modern AI data centres—what’s contributing to it, why it’s increasing, and how these changes are forcing the industry to rethink everything from structural engineering to site selection. 

    Read more

  • Data Centre Marketing Club to Host Masterclass Event

    Co-founded by Senior Education, Influencer, Marketing and PR leaders, the new Data Centre Marketing Club hosts its first Masterclass at Norton Rose Fullbright on the 22nd May 2025.

    Read more

  • 2025 Global Data Center Market Comparison – Key Takeaways

    Cushman & Wakefield’s latest Global Data Center Market Comparison report paints a clear picture of a fast-moving, high-demand landscape. With the rise of artificial intelligence and machine learning accelerating infrastructure requirements, the global data centre industry is undergoing one of its most intense growth periods yet.

    Read more

GET IN TOUCH

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