Data Center Design and Build

@Artsakh89

Drawing from my 16 years of experience as an Architect Designer and Master's degree in architecture, I am well-versed in designing and implementing complex projects like data centers. I have successfully managed numerous industrial building projects, incorporating design elements specific to unique environments. My skills in AutoCAD and Structural Engineering will ensure that your data center will be intricately designed for both form and functionality. Moreover, I have faced similar power density challenges in previous industrial building projects, enabling me to tackle electrical service upgrades proactively and optimizing the facility's design accordingly. These skills will be crucial to address the 50-80kW sustained load density requirement in your data center design. I am also well-acquainted with Austin-area electrical utility and permitting requirements to ensure compliance without delay. My versatile skill set combined with a deep understanding of your project demands makes me the ideal candidate to design and build your high-density data center effectively and efficiently.

@kashifsani

Dear Sir, With 17 years of experience in Engineering and Architecture, I successfully completed the design, drafting and installation of various Residential and Commercial Projects as per standards and specifications. I will provide all the Design Services of your Project in AutoCAD, Revit or any other software as per your requirement. Well versed in. • Architectural Layouts • HVAC System Design • Complete Plumbing System Design • Detailed Electrical System Design • All aspects of structural Design • Landscaping • Fire Protection and detection System • Technical Specifications • BOQ and more Kindly contact me to discuss your project. I will share one of my Data Center project. Thanks.

@SkillCrafts

I understand you're looking for a professional to design and build a high-density data center for AI compute, similar to projects where I've optimized power distribution and cooling for dense server racks operating at sustained high loads. My experience with similar IT power requirements and the unique challenges of retrofitting existing structures will be directly applicable. My approach will involve a detailed site assessment to confirm existing infrastructure capacity and identify necessary upgrades. I'll focus on a robust cooling solution, likely leveraging a combination of in-row or rear-door containment and a high-efficiency CRAC/CRAH system tailored to the 50-80kW load. Power will be designed with redundancy (N+1 or 2N, depending on budget and risk tolerance) using enterprise-grade UPS and PDU systems, ensuring stability for 24/7 GPU workloads. I'll also address network cabling infrastructure and physical security. Given the residential property context, have you already assessed the building's structural load capacity and available electrical service from the utility? What are your primary concerns regarding noise and heat dissipation from the exterior? I'm available for a call to discuss these points and how I can deliver a reliable and efficient data center solution.

@ironhand

Hi , I’ve carefully reviewed your project "Data Center Design and Build", and I’m confident that my experience with HVAC, CAD/CAM, Structural Engineering, Building Architecture, AI (Artificial Intelligence) HW/SW, AutoCAD and Electrical Engineering makes me a strong fit for this project. I have 8+ years of experience developing and completing similar projects, and I understand the importance of delivering reliable, efficient solutions. I can help you with your project from start to finish and will make sure the final result meets your requirements and expectations. I’m also happy to discuss the details, understand your specific goals, and suggest the best approach. If you’re interested, click the Chat button and send me a message. I’d be happy to discuss your project and get started. I look forward to hearing from you. Best regards, Viggo

@shakilan4

Hi, I can design a high-density AI data center/server room for your 50–80kW continuous GPU load, covering site assessment, electrical capacity, UPS/battery backup, precision cooling, hot/cold aisle layout, fire protection, and physical security. I’ve read your project details carefully and will first evaluate the existing Austin structure, power service, environmental conditions, and structural constraints before developing a practical, scalable design. I understand this is a converted residential structure rather than a purpose-built facility, and the design will need to account for utility upgrades, permitting, redundancy, and 24/7 near-full AI workloads. Ready to start immediately. Best regards, Shakila Naz

@Aaleen110

The primary risk is achieving precision cooling for 80kW in a repurposed residential space. I manage this with industrial-grade systems designed for high heat loads, also I will integrate redundant power with UPS and battery backups. I will build out the data center layout using AutoCAD, specifying rack placement and cooling ducting to handle the AI compute infrastructure's 80kW demand. This ensures your internal private use requirements are met. What is the existing electrical service capacity at the residential property? I need the final hardware specs to firm up the cooling and power calculations. 5.0 rating across 10 reviews on here, also Preferred Freelancer status.

@elijahhmonreal

Hi there, I'm a Data Center Infrastructure Engineer with 13+ years designing and deploying high-density compute environments, including GPU-accelerated AI workloads. Your Austin project is exactly the type of challenge I've specialized in, converting unconventional spaces into mission-critical infrastructure. I've handled similar converted structures with significant power density requirements, working through local electrical authority complexities and adapting designs to non-standard site conditions. My background includes precision cooling system sizing (from 40-150kW+ installations), utility service upgrade coordination, UPS/redundancy architecture, and compliance with fire suppression and physical security standards in atypical venues. For your 50-80kW AI setup, I'll conduct a thorough pre-design site assessment: verify residential electrical capacity, evaluate structural load-bearing, assess thermal dynamics, and document moisture/dust risk. I'll then architect a purpose-built solution that maximizes your 2-rack footprint while maintaining optimal airflow separation, sizing industrial cooling to match your sustained GPU thermal output, specifying battery backup for safe graceful shutdown, and ensuring Austin-area permitting alignment. Let me know if my profile looks interesting, and we can set up a time to talk. Best regards, Elijah M

@SidUSA

Hi, Quantum Code Solutions is available to transform your internal AI compute project into a high-density, reliable data center. The core of a 50-80kW GPU infrastructure lies in precision cooling, proper hot/cold aisle containment, and clean power delivery to handle sustained 24/7 workloads safely. We plan to evaluate your structural, moisture, and dust conditions during a site assessment while designing redundant UPS battery backups, clean-agent fire suppression, and physical security tailored to your space. Recently, our team delivered a high-density hardware deployment for a specialized compute facility operating in a non-standard converted structure. We designed an industrial-grade precision cooling architecture, evaluated site electrical service limits, and engineered the power distribution to support high-draw hardware continuously without thermal throttling or power interruptions. Our work ensured strict airflow separation, resolved critical utility capacity constraints, and established a secure, resilient environment for round-the-clock operations. Let's discuss in more detail now. Reach out to initiate a conversation! Best regards, Quantum Code Solutions

@Georgeoustar

Hi there! Your project’s focus—designing a small, high-density data center for AI workloads in a repurposed residential structure—requires a tailored solution that addresses both power and cooling challenges beyond standard setups. I have direct experience engineering data centers and high-density server rooms, including GPU/AI compute environments, with expertise in adapting non-traditional spaces for mission-critical IT infrastructure. I can provide a full-site assessment to verify electrical service, structural integrity, and environmental controls, ensuring the design meets sustained 50-80kW loads. My approach includes precision cooling (such as in-row or rear-door heat exchangers), redundant UPS-backed power systems, robust fire suppression suitable for electronics, and secure, efficient layouts to optimize airflow and access. I’m also familiar with coordinating utility upgrades and permitting. Have you confirmed the maximum available utility service at your site, or will you need assistance engaging with the local utility for potential upgrades? Are there any physical or zoning limitations in the existing structure that we should be aware of early in the design process? Best Regards, George

@marktaylor356

Hello, Drawing on decades of experience in construction, my firm possesses the rare combination of skills required to turn your vision for a high-density data center into reality. With a passion for ensuring sound structural design and architectural planning in both residential and light commercial projects, we are well-suited to take on the task of designing and building a small-scale data center in a previous grow house in Austin, TX. Our unique blend of industry expertise encompasses not only CAD design and architectural support but also practical hands-on experience with interior remodeling, electrical coordination, and HVAC systems--skills crucial for your robust power, cooling, and site safety requirements. Additionally, our deep familiarity with Austin's electrical utilities and permitting landscape provides an edge in successfully addressing any associated challenges or upgrades needed for your project. In terms of high-density build-outs, we've handled projects that exceed typical IT closet allowances; this is why we assure you our understanding of your specific need for precision cooling, redundant power with UPS/battery backup, heat separation configurations, and electronics-friendly fire suppression measures is unmatched. Simply put, if you prioritize an experienced team who can bring depth, detail-orientation and efficiency to your project while remaining mindful of local requirements - you've found it in us. Contact Thanks!

@samnangy4

Hello, I can assist with planning and technical coordination for a compact high-density AI compute facility, with particular attention to power, cooling, airflow, redundancy, and site constraints. I can help structure: • 50–80kW sustained IT-load planning • Rack power distribution and UPS strategy • Precision cooling and hot/cold aisle layout • Electrical-service capacity assessment requirements • Graceful shutdown and backup-power architecture • Dust, moisture, and environmental monitoring • Fire-suppression requirements suitable for electronics • Physical security and access-control planning • Documentation for contractors, electricians, HVAC specialists, and permitting Because this is a residential-property conversion with unusually high continuous load, I would treat electrical service, cooling, fire safety, structural suitability, and local permitting as engineering-critical items requiring qualified local professionals. I do not want to claim previous 50–80kW Austin data-center builds if direct comparable experience is mandatory. My strength is technical infrastructure, systems, automation, and implementation planning, and I can work closely with licensed electrical/HVAC/fire professionals where required. I’m ready to review the Dell server/GPU specifications, building dimensions, existing electrical service, and site photos first. Thank you.