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🚀 Major Expansion Alert: Databank Secures $2 Billion for New Data Center Campuses For everyone in the MEP engineering, electrical contracting, and electrical testing industries—here’s a breakdown on DataBank’s latest moves. This expansion brings a lot of opportunity and demand for high-level technical expertise: Big Investment: Databank just closed $2 billion in funding for major expansions. This funding supports three new data center campuses, meaning big opportunities for those of us in MEP and electrical fields to work on large-scale, complex projects. New Data Center Campuses: Dallas, TX: A 480-megawatt campus across two phases: Phase 1: Four buildings with a 400-megawatt substation delivering up to 240 megawatts of IT power. Phase 2: Adds four more buildings for a total capacity of 480 megawatts. General Contractor: Rogers-O'Brien Construction. Expected to go live by Q3 2026. Culpeper, VA: An 85-acre site with up to three facilities totaling 1.4 million square feet. General Contractor: AECOM Tishman. Expected service start: Q1 2027. Atlanta, GA: A 95-acre campus with capacity for two facilities totaling 1 million square feet. General Contractor: Brasfield & Gorrie, LLC. Expected operational date: Q2 2027. 850 Megawatts Added: This expansion will add 850 megawatts to Databank’s portfolio, tripling their capacity to handle the growing demand for AI and hyperscale cloud services. For MEP engineers, electrical contractors, and testing professionals, this means an increased demand for expertise in power systems, infrastructure design, and commissioning. Industry Challenges and Opportunities: This expansion comes amid supply chain and labor challenges, putting pressure on the construction industry to deliver complex projects on time. With demand for data center capacity booming, these projects present high-level opportunities for those with the skills and expertise to meet the tight timelines and technical demands. This expansion is a great chance for MEP and electrical professionals to bring their expertise to a rapidly growing sector. #theelectricalrecruiter #neta #electricalengineering #mepengineering Network Mountain

⚙️ Mechanical & Electrical Engineering in Data Centres: Key Roles and Skills ⚡ Data centres aren’t just about IT—mechanical and electrical engineering play a vital role in keeping operations smooth and efficient. Here’s a quick look at how these fields contribute to the data centre environment: Key Roles: Electrical Engineers ensure continuous power supply, working with UPS systems, generators, and power distribution. Mechanical Engineers manage cooling systems and HVAC, ensuring optimal environmental conditions to prevent equipment failure. Core Skills: Power Systems Design & Maintenance: A must for electrical engineers to ensure reliability and uptime. HVAC & Cooling Systems Expertise: Crucial for managing the temperature-sensitive equipment in data centres. Problem-Solving: Engineers often face real-time challenges, requiring quick, effective solutions. Knowledge of Industry Standards: Familiarity with Tier certifications and safety protocols is key to maintaining high operational standards. Mechanical and electrical engineers are the backbone of data centre infrastructure, ensuring 24/7 uptime and efficiency. Interested in pursuing a career in this space? Let’s connect! #GemPool #ITRecruitment #MechanicalEngineering #ElectricalEngineering #DataCentreCareers

Data Centers-On the Edge The past five years have seen a significant rise in demand for data center construction, particularly edge data centers. This trend presents both challenges and opportunities for Mechanical, Electrical, and Plumbing (MEP) engineers who are crucial in designing and maintaining these decentralized facilities. Edge data centers are distributed computing facilities that bring processing power and data storage closer to end-users, unlike traditional centralized data centers. Their broad geographic distribution minimizes latency and ensures faster data processing, essential for real-time applications. This shift offers substantial opportunities for MEP firms entering this space. The future of MEP in edge data centers is dynamic and promising, with engineers playing a critical role in developing efficient, reliable, and scalable systems. Message me if you are interested in a joining a firm that is responsible for building 70% of all data centers in the US! jbrost@axiommep.com

🔶 The Cross-Functional World of Mission-Critical Construction: Why Your Skills are Needed in Data Centers 🔶 As a recruiter specializing in Mission-Critical Construction, I have seen firsthand how talent from various construction sectors can seamlessly transition into data center construction — a field where precision, speed, and innovation are critical. If you have worked in: ▪️ Heavy Commercial – Experience managing large-scale projects translates well into high-stakes, fast-track schedules. ▪️ Industrial Construction – Familiarity with systems like SCADA (Supervisory Control and Data Acquisition) aligns with the advanced controls and automation needed in data centers, as well as sectors like energy, water treatment, and infrastructure projects, where monitoring and automation of critical systems are essential for efficiency and reliability. ▪️ Mechanical, Electrical, and Plumbing (MEP) – MEP systems are the backbone of mission-critical facilities, ensuring uptime and reliability. ▪️ Infrastructure Projects – Understanding power and cooling demands mirrors what is required to deliver uninterrupted service. ▪️ Heavy Civil and Rail – Expertise in heavy civil construction, such as large-scale earthworks, tunneling, and rail systems, translates to the complex foundation, structural, and logistical demands of data center construction. Rail projects, in particular, require rigorous coordination, scheduling, and system controls, which align with mission-critical project requirements. For those considering a pivot into mission-critical, remember this: Data centers are the intersection of innovation and traditional construction. The need for talent has never been greater. If you are curious about opportunities or ready to explore how your experience transfers, let’s connect. #MissionCritical #DataCenterConstruction #MEP #SCADA #P6 #ConstructionRecruitment

The 5 Levels of Testing & Commissioning in Data Centers: I Wish I Know it Years Ago. Testing and commissioning are essential to ensure data centers or any projects run efficiently and reliably from day one. Understanding the 4 levels of testing is crucial for maintaining uptime and ensuring long-term success. Next, I will break them down, along with their color coding: 1. Level 1: Factory Acceptance Testing (FAT) Installation Completion - Color Code: Red - What it is: Equipment is tested at the factory to confirm it meets design specs before it’s Installed at the site. - Why it matters: Detecting issues early prevents installation delays and expensive fixes later on. And ensure the installed material matches the approval. 2. Level 2: Site Acceptance Testing (SAT) Ready to Energize Pre-Commissioning Completed - Tag Color: Yellow - What it is: Equipment is tested on-site to ensure it’s functioning properly after installation. - Why it matters: Verifies that all components (mechanical, electrical, plumbing) are integrated correctly into the data center’s infrastructure. 2. Level 3: Stand Alone Commissioning. Equipment Energized. - Tag Color: Green - What it is: Testing focuses on the operational capabilities and design parameters of each equipment. - Why it matters: Ensures functionality of all equipment before operating the full system 4. Level 4: Integration to All Equipment. Equipment Energized. Functional Performance Testing - Tag Color: Blue - What it is: This Testing focuses on how different equipment in all systems (HVAC, power, fire suppression) interact as a cohesive unit and works functionally. - Why it matters: Proves the systems can continue operating smoothly 5- Level 5: Integrated Systems Testing (IST). Equipment Energized. Ready to Handover. - Tag Color: White - What it is: This stage simulates real-world conditions like power outages and system failures to see how the data center responds. - Why it matters: This proves the facility can maintain uptime and continue operating during challenges. The Bottom Line Each level of testing plays a critical role in ensuring a data center is reliable, resilient, and ready for continuous operation. With IST being the ultimate stress test, proper commissioning safeguards the long-term success of the facility. 💬 Which testing level do you think is the most challenging? Let’s discuss! Follow me on Linkedin & Reshare it. Join My Newsletter for More Weekly Insights www.EzatBajbouj.com #DataCenters #TestingAndCommissioning #MEPSystems #ProjectManagement #Engineering #IST #DataCenterDesign

Innovative Framework of Data Center Contracting with Rahul Gambhir(CDCP, CAPM ) InfraR Solutions The architecture focuses on crafting efficient layouts with precision and vision, emphasizing the role of #Architecture in maximizing space and functionality. Meanwhile, structural engineering ensures resilient foundations for lasting performance, showcasing the importance of #StructuralEngineering Electrical engineering delivers dependable power solutions, strategically designed for reliability, underscoring the critical nature of #ElectricalEngineering . Mechanical engineering achieves excellence in cooling and environmental management, optimizing the data center’s operational efficiency, highlighting the expertise of #MechanicalEngineering. Security engineering establishes comprehensive safety protocols, safeguarding against potential threats, reflecting the necessity of #SecurityEngineering. Finally, IT infrastructure seamlessly integrates cutting-edge racks and cabling, ensuring optimal connectivity and performance throughout the facility, a testament to #ITInfrastructure #datacenterdesign #engineeredsolutions #leadingpartner #powered

🔍 Senior Electrical Engineers | Join BuildVision Challenge Time! DM me your approach to this scenario: You’re working with a data center customer, and the original design specifies a 3 MW generator with an 18-month lead time. The building needs to be completed in 12 months. What’s your suggestion to meet the project timeline without compromising reliability? If you can spot critical issues and solve them efficiently, let’s talk. DM me your approach to this challenge! 📋 About the Role: We’re building a team of MEP experts to revolutionize the $350B+ construction industry. Join us to help develop our leveling-as-a-service platform and transform weeks of work into minutes. What you’ll do: -Analyze equipment specifications for enterprise clients (data centers, healthcare, etc.) -Guide procurement strategies across territories -Build our AI-powered specification automation tools -Expand our component network database -Optimize submittal and procurement workflows 🎯 What We’re Looking For: -Deep knowledge of MEP systems -Experience with submittal reviews and procurement -Attention to detail in technical specs -Passion for modernizing traditional workflows 💡 Why It Matters: This is more than engineering. You’ll shape how an entire industry procures complex equipment, combining technical expertise with cutting-edge technology. Ready to transform construction procurement? DM me your take on the challenge above or how you’d tackle leveling complex equipment specs. #ConstructionTech #Engineering #MEP #Innovation #BuildingTechnology

According to the International Energy Agency (IEA), a large, hyperscale data center adds the equivalent of 400,000 electric vehicles to the power system! The surge in power demand we are witnessing by data centres is one of the really hot topics in the energy sector. Big Tech is already a driver of clean power PPAs. The search for reliable low carbon power also means nuclear is seeing a renaissance, particularly in the US. As we help technology and energy utility companies and investors navigate these challenges, AECOM is investing in our capabilities. Fantastic news as we expand our US-based data centre team. #datacentres #datacenters #decarbonisation #energytransition Mario Sawaya TJ Filippino Katrina Lewis

•Effective data center fit-out projects require careful planning of both #electrical and #civil works to support these systems. •Proper electrical design ensures efficient power distribution, while civil works provide secure and accessible setups. Without a robust #UPS and well-executed infrastructure, organizations face risks like data loss and downtime. Investing in these solutions is essential for maintaining continuity of essential services in an unpredictable world. +91 9871554272 rahul.gambhir@infrar.co.in

Greetings Engineers Last 15 Seats left for Enrolment!!!! The Upcoming Seminar is the most awaited topic "Data Center Design Seminar" on 1st & 2nd June 2024 - 12:00 PM to 04:00 PM IST (06:30 AM GMT) In this Seminar we are going to learn the Design of HVAC & Electrical System for Data Centers: HVAC Parameters required for Data Center Electrical Parameters required for Data Center Cooling & Power Load Calculation Selection of Equipment - Humidity & Temperature Data Center Step by Step Design HAP Calculation for Data Center UPS Selection and Calculation for Data Center Avail this opportunity to enter in the Data Center Engineering Field by joining with us in this seminar Detailed topic as follows: 1. Basic Introduction to Data Center 2. Terminologies used in Data Center 3. Design Parameters HVAC 4. Psychometry 5. Humidity and Temperature of Data Center 6. Electrical Load Required for Data Center 7. Power Calculations 8. Heat Load Calculation using HAP 9. HVAC Equipment Selection for Data Center 10. Electrical Equipment selection for Data Center 11. UPS Calculation 12. Gas Suppression Calculation for Data Center For more information related with Fees & Enrolment Contact +91-7829121040 https://lnkd.in/gAmMj3j6 #datacenter #design #mep #mepcontractor #hvac #electrical #construction #architecture #structural #mepdesign #hvacsystem