The data centre talent shortage is one of the biggest challenges facing the industry today, with demand for skilled engineering professionals outpacing supply.

These rapid developments require precise coordination to meet tight timelines with stringent functionality and sustainability requirements. More engineering professionals with expertise in data centre design, construction and installation will be key to delivering mission critical projects to the highest standards. The ripple effect data centres have on communities will also require additional liaison and collaboration where new skilled officer roles will become more in demand.

Why Is The Data Centre Industry and Engineering Sector Heading Towards A Talent Shortage?

Stonehaven research states in the UK alone, every year there is a deficit of 59,000 engineers to recruit, despite rising workforce demand. Leading to a skills gap of 1 million engineers by 2030.
An urgent evolution of the engineering industry’s positioning is required. To effectively tackle shortage, the industry must adopt proactive strategies to attract, develop and retain the next generation of skilled engineering professionals needed to meet the growing demand. Caff Allen, Global Director Learning & Development and our team of experts at Black & White Engineering explore 3 key strategies for addressing the data centre talent shortage.

1. Invest In Training And Upskilling

Training and upskilling initiatives are vital to enable individuals to specialise in high-demand fields. Collaborations with universities, institutions and professional bodies can provide the necessary certifications and knowledge needed to succeed in the sector.
Caff Allen, Global Director of Learning & Development, highlights: “The fast-paced evolution of the data centre industry requires professionals who can stay ahead of emerging trends. At Black & White, we invest heavily in structured learning and development, combining technical training with professional skills development. This approach includes global and regional engineering conferences, specialised training resources and leadership development programmes that equip professionals to lead in a rapidly evolving industry.”

2. Recognise Skills Beyond The Technical

The industry’s focus on attracting skilled professionals extends beyond technical expertise. Amy Henderson, Regional People Manager at Black & White Engineering, explains: “The most valuable skills we seek go beyond technical expertise. We prioritise adaptability, a strong learning mindset and a collaborative approach. Our one global team culture thrives on individuals who not only bring their technical skills but also enhance and complement our team.”

3. Raise Awareness And Perceptions Of The Data Centre Industry

Attracting talent to the data centre industry requires more than recruitment efforts, it also demands a fundamental shift in awareness and perception. A key challenge is making data centre careers and engineering pathways more visible and accessible.
As Adam Asquith, Technical Director at Black & White Engineering, highlights: “The industry must take a long-term approach to engaging with communities and shifting perceptions about data centre careers. By providing platforms that showcase the value of data centres in shaping a digital future, the sector can inspire the next generation of engineering professionals.”

To hear more from Caff Allen, Global Director of Learning & Development and other industry experts on the latest trends and challenges in the data centre industry. Check out our recent feature in Intelligent Data Centres here.

At Black & White Engineering, we are shaping the next generation of engineering professionals by investing in our people. If you’re passionate about engineering and want to be part of our industry-leading team, visit our careers page for information on our current vacancies.

The feasibility of microgrids and their potential advantages over nuclear-powered energy for hyperscale data centres is a critical discussion point in the energy sector.

Devan Moodley, Global Director – Power Systems & Infrastructure at Black & White Engineering, shares his insights on the evolving energy landscape and what it means for data centre operators.

Microgrids vs Modular Nuclear: What’s the best option for Hyperscale Data Centre Power Infrastructure?

Microgrids and grid independence have long been key considerations for major utility providers and power consumers. The growing integration of behind-the-meter renewables has shifted the role of distribution network operators, creating increased competition for grid connections. Data centre operators are now among those seeking alternative solutions to secure a reliable power supply.

Microgrids typically integrate renewables at the end-consumer level within the distribution network, usually at low voltage. These systems rely on a dedicated power source, historically including solar, diesel and gas generation. However, the large-scale power demands of hyperscale data centres require generation connections at the medium-voltage level, which only large gas turbines can currently support.

With net-zero targets pushing the transition away from gas, nuclear power is gaining attention as a potential solution. The development of modular nuclear generation plants is advancing rapidly, and if successfully deployed, they could provide clean, reliable energy at scale. This could have a transformative impact on both utility providers and energy-intensive industries such as data centres.

In the near term, supplementing grid supply with gas-powered generation may still be necessary. However, the extent to which this remains viable will depend on evolving environmental regulations. As cleaner energy solutions progress, microgrids, modular nuclear and other emerging technologies will play an essential role in addressing capacity challenges in the data centre sector.

Alternative Power Solutions That Haven’t Gained Mainstream Adoption

Most data centres are built in urban areas, while power generation facilities are typically located near fuel sources. This applies to wind, solar, coal and other energy sources. Finding alternative solutions that avoid significant drawbacks remains a challenge.

Open-cycle gas turbine plants are one potential option, offering flexible, on-demand power. However, they come with challenges such as emissions, noise pollution, and reliance on a stable gas supply. Another consideration is whether data centre operators are willing to host generating plants on-site, which would require a shift in operational strategy.

As the industry evolves, it is becoming increasingly clear that data centre owners and operators may need to transition into generating asset owners to secure reliable and sustainable power.

Managing Power Demands in the AI Era

The accelerating adoption of AI is driving unprecedented power demand. As data centres grow in scale and complexity, new solutions will be required to improve efficiency, including the development of energy-efficient chips, advancements in cooling system design and optimisation of electrical infrastructure.

One of the biggest challenges ahead is the introduction of new regulations. Stricter policies on carbon emissions, energy sourcing, and grid reliance could reshape the data centre industry. Developers and operators must take a proactive approach to future-proofing their facilities.

The industry is at a turning point. As energy demands continue to rise, forward-thinking power strategies will be critical in securing a stable and sustainable future for hyperscale data centres. To explore how these changes could impact your data centre infrastructure, get in touch with our team.

We are pleased to announce the opening of our Noida office, strengthening our India business expansion and supporting our global growth strategy. Alongside our existing Gurugram office, this new location in Delhi NCR’s business hub enhances accessibility for our teams while unlocking new engineering job opportunities in Noida.

A Prime Location 

Situated in Sector 16A Noida, the new office is positioned in a prime location with excellent connectivity, including direct access to metro links and public transport. Black & White employees will benefit from modern amenities and recreational spaces, ensuring a well-equipped and comfortable working environment.
The MEP Design team will be based in Noida, collaborating closely with our colleagues across the region and supporting projects and clients globally.

Supporting Our Global Expansion and the Data Centre Industry

The Noida office plays a critical role in our broader growth strategy, enabling us to expand our network and improve accessibility for employees in the Delhi NCR region. By establishing a presence in this new area, we are enhancing flexibility, improving work-life balance and strengthening our ability to attract and retain engineering professionals.

“At Black & White, we recognise that a healthy work-life balance is essential for employee well-being. In Delhi NCR, commuting time is a major factor in achieving this balance. By opening our Noida office, we are not only improving accessibility for current employees but also enhancing our visibility and presence in this key region.”– Khan Moid Hasan, Director

Future Plans for Our Noida Office

Our long-term vision for the Noida office includes scaling to over 100 employees by the end of 2025. This expansion aligns with our broader objective of fostering innovation within the data centre industry and delivering exceptional outcomes for our clients worldwide.

“This marks a significant step in Black & White’s growth. It opens new opportunities for our team to take on expanded roles and develop within the company. We are excited about the possibilities ahead and look forward to this next chapter.”– Ashish Tiwari, Director

As we continue to grow, we look forward to welcoming new colleagues to the Noida office and further strengthening our operations in India.

Join us as we continue to grow! We’re expanding our team and have exciting opportunities in engineering and CAD/REVIT across our Noida and Gurugram offices. Explore our open roles on our careers page.

The demand for AI and cloud computing is growing at an unprecedented pace, placing immense pressure on the infrastructure of hyperscale data centres. At the same time, sustainability has become a critical priority for developers and operators striving to reduce environmental impact while maintaining performance and scalability. Adam Asquith, Technical Director at Black & White Engineering, shares his insights on how hyperscale data centres are evolving to meet these complex challenges. Adam’s perspectives were also recently featured in Intelligent Data Centres. 

Adapting Infrastructure for AI Workloads 

Hyperscale data centres are undergoing significant transformations to accommodate AI-driven workloads. Unlike traditional cloud compute clusters, AI applications require specialised hardware, typically high-TDP GPUs designed for parallel processing. This shift necessitates innovative power and cooling strategies to handle higher IT load densities. 

To support AI workloads effectively, data centres are implementing hybrid deployment models. These models integrate specialised AI computing infrastructure alongside traditional cloud clusters, offering flexibility and scalability. Cooling methods are also evolving, with air and liquid cooling systems being deployed simultaneously in the same critical space. These setups use a combination of Coolant Distribution Units (CDUs) and Computer Room Air Handlers (CRAHs) to ensure operational efficiency and resilience. 

Enhancing Power Delivery and Efficiency 

Efficient power distribution is crucial as hyperscale data centres scale to meet growing demand. Power is delivered to high-density racks via overhead busways and row or room Power Distribution Units (PDUs) using standardised power architectures. These strategies ensure reliability and adaptability as workloads fluctuate. 

Additionally, energy efficiency remains a top priority. Beyond optimising operating temperatures and equipment efficiencies, data centre operators are adopting a more comprehensive approach to sustainability. This includes assessing the embodied energy and carbon impact across the entire facility lifecycle, from construction to operation and decommissioning. 

Driving Sustainability Through Design and Materials 

Sustainability efforts are reshaping data centre design and construction. Developers are prioritising modularity, preassembly and repetition to streamline production, reduce waste and shorten project timelines. The use of alternative materials, such as recycled aggregates and components with green certifications, is becoming more widespread. Locally sourced materials are also gaining traction to minimise transportation-related emissions. 

Beyond construction materials, workflows and processes are being optimised to improve operational efficiency. Automation and robotics are being introduced to reduce energy consumption and improve precision in critical operations. 

Preparing for the Future of Data Centres 

As hyperscale facilities expand to giga-scale operations, their energy demands place increasing strain on existing power grids. To mitigate this, data centre operators are investing in renewable energy and collaborating with utility providers to integrate sustainable power sources. Carbon reduction strategies, such as sequestration and carbon capture projects, are also being explored to offset emissions and support long-term sustainability goals. 

The future of hyperscale data centres will be shaped by the continued demand for AI and cloud computing, the urgency of sustainability commitments, and the need for more efficient infrastructure. As the industry evolves, developers and operators must take a proactive approach to designing resilient, scalable and environmentally responsible facilities.  

At Black & White Engineering, we work closely with hyperscale data centre developers to implement innovative solutions that support these goals. If you are looking to future-proof your data centre infrastructure, get in touch with us to continue the conversation. 

Nick Remington, Technical Director and Dawid Kropiwnicki, Principal Engineer from our London office recently shared insights with Datacentre Review on the innovative use of waste heat in data centre operations to improve power usage effectiveness (PUE).

In the article, they explore findings from a Black & White study that examined how repurposing waste heat from data centres can help meet regulatory PUE targets outlined in the European Energy Efficiency Directive.

By redirecting this excess heat to local district heating networks, the study revealed significant improvements in both annual and peak PUE metrics, offering a clear path towards more sustainable infrastructure solutions.

Read the full article here: https://datacentrereview.com/2024/12/utilising-waste-heat-to-improve-pue/