NUCLEAR PLANT SOFTWARE FOR OWNERS AND CONTRACTORS
Build nuclear plants faster with ALICE
ALICE applies its proprietary generative scheduling technology to find the fastest, lowest-risk way to build your nuclear power plant project. Whether you're the project owner, contractor, or a consultant - ALICE helps model your project constraints and surface the time, cost, and risk hidden in your schedule.
PLANNING AND SCHEDULING SOFTWARE USED BY TEAMS BUILDING MISSION CRITICAL NUCLEAR POWER PLANTS WORLDWIDE
BUILT FOR OWNERS, CONTRACTORS AND CONSULTANTS
Bring new efficiency and precision to nuclear power plant construction with ALICE
Find the most efficient path before you build
Generate numerous schedule scenarios to identify the most efficient and cost-effective paths, from sequencing reactor component assembly to installing highly specialized equipment.
Plan ahead for risk with AI
Control costs and adapt quickly
Optimize the use of specialized labor and expensive equipment rentals, and rapidly adjust the schedule when an inspection reveals a need for modifications.
BEST NUCLEAR POWER PLANT CONSTRUCTION SOFTWARE
Mitigate the risks you know, and the ones you don't.
Nuclear plant construction brings challenges beyond most large-scale projects: highly specialized reactor components and equipment, stringent licensing and inspection requirements, and site-specific constraints like geology and cooling water access. Each one raises the stakes of meeting schedule and cost targets. The threats to your delivery date come from two places.
Some threats to a nuclear schedule are visible from day one: highly specialized reactor components and equipment, supply chain disruptions for specialty materials, regulatory approvals, and inspections that can require modifications. ALICE lets you model these and test recovery options before they hit.
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Specialized equipment and materials
Delays in highly specialized reactor components or specialty materials can challenge critical path work.
Required regulatory approvals
Licensing and approval processes can run late, and the work that depends on them has to wait.
Inspection-driven modifications
When an inspection reveals a need for modifications, the schedule and resources have to adapt quickly.
Specialized labor and equipment
Specialized crews and expensive equipment rentals need careful scheduling to keep costs under control.
Some risks never show up in your status report. Preferential logic, untested sequences, hidden risks on the near critical path, and hidden resource conflicts add time. ALICE surfaces and solves them early.
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Preferential logic
treated as fixed
Choices like the assembly order of reactor components or the installation sequence of specialized equipment get locked in as if they were technical requirements.
Sequences no
one questioned
Near-critical paths
no one is watching
Activities with little float can fall on the critical path after one small slip, but the plan rarely shows where and what activities truly have an impact.
Resource and crew conflicts at scale
Traditional scheduling gives you one plan. With ALICE, you can rapidly explore feasibly alternatives, each with its own time, cost, and resource profile.
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Start from your existing schedule
Upload your Primavera P6 or MS Project file, and ALICE helps instantly turn it into a 2D view. See your schedule and its health at a glance.
Optimize based on your objectives
Track performance as you build
Project Performance shows whether your project is on track, so you can catch risks early and act before they reach the critical path.
Monitor your entire portfolio
If you're delivering multiple projects, the Portfolio Dashboard gives you a bird's-eye view of risk across every project and what you can do to mitigate them.
WHAT IS GENERATIVE CONSTRUCTION SCHEDULING?
Watch how generative construction scheduling technology by ALICE works to identify the best way to build your nuclear power plant project
"Using ALICE completely transformed how we approached scheduling on our mega data center project. It helped us spot inefficiencies we hadn't noticed and gave us the tools to optimize our project timeline."
PROVEN ON HYPERSCALE DATA CENTER CONSTRUCTION
What data center project teams achieved with ALICE
Owners, contractors, and consultants rely on ALICE to deliver data center projects, including hyperscale facilities. See how teams used ALICE to recover delays, cut duration, and accelerate delivery across entire portfolios.
Facing 30+ days of delays in a hyperscale data center build, the team used ALICE to optimize scheduling, recover lost time, and protect $32M in revenue.
Read the full case study here
Building several hyperscale data centers at once, a global cloud provider used ALICE to test crew, overtime, and working calendar scenarios, identifying more than 90 days of acceleration across its portfolio.
Read the full case study here
By removing preferential logic from its schedule, a general contractor let ALICE re-sequence work within hard technical constraints, cutting 63 days from project duration with the same critical resources.
Read the full case study here
For Owners, Contractors and Consultants
ALICE brings new efficiency and precision to planning, scheduling, and managing nuclear power plant construction.
NUCLEAR PLANT
ASSET OWNERS
Built to protect cost and schedule targets: model risk scenarios, plan for regulatory and supply chain delays, and make data-driven decisions that improve project predictability.
NUCLEAR PLANT
GENERAL CONTRACTORS
Built to deliver complex projects: optimize the sequencing of reactor components, make the best use of specialized labor and equipment, and adapt quickly when inspections require modifications.
CONSULTING
FIRMS
Built for analysis and mitigation strategies: explore the cost and time impact of alternative scenarios, identify bottlenecks early, and give clients data-backed options.
ALICE PRICING
Tell us about your project needs and we’ll follow up with a consultation call to discuss how ALICE can drive results and share tailored pricing →
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Optimize every construction phase with ALICE
ALICE gives you new planning and construction super powers.
Targeted Optimization
Identify where your schedule can be accelerated & by how much.
Analytics and Reporting
Track and analyze information that matters most to you.
Schedule Quality Score
Check your schedule score & know exactly what to fix & why.
Schedule Insights Agent
"Chat" with your schedule to get insights & recommendations.
Construction Sequencing
Solve complex constraints & intelligently sequence activities.
Construction Simulation
Explore numerous ways to build your project.
Optimization Presets
Fine-tune an ALICE simulation based on your project goals.
Risk Management
De-risk your project by modeling constraints and scenarios with AI.
AI Nuclear Construction Project Scheduling Software
Learn how generative scheduling supports nuclear plant construction
ALICE FOR NUCLEAR PLANTS WHITEPAPER
Explore how generative construction scheduling brings new efficiency and precision to nuclear plant construction, from sequencing reactor components to planning for regulatory and supply chain delays.
Nuclear Plant Construction Project Management Software
Frequently asked questions
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The most important factors of data center construction would be the location and land space considerations for possible growth in the future. These factors matter most because you can run into issues with not having enough space or capacity for power and cooling needs. Data centers also need backup power supplies in case of an outage, fire suppression systems for emergencies, and compliance with environmental regulation energy usage.
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The main types of data centers are enterprise, colocation, cloud, and edge. Enterprise data centers are made by organizations specifically for their own use. Colocation data centers are created to share usage between multiple users. Cloud data centers offer virtual services. And edge data centers are built near their users for better connections.
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ALICE software is ideal for data center construction projects because it uses AI to optimize complex schedules, resources, and explore multiple scenarios, helping to reduce construction time, risks and costs while ensuring the project meets tight deadlines and high standards–to deliver a data center construction project just-in time.
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Benefits of using ALICE for data center construction include faster project completion, reduced risks of delays from supply chain issues, improved resource management, and the ability to quickly adjust to changes in project conditions, milestones, scope or timing, ensuring a more efficient and predictable project outcome.
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Using data center construction project software driven by AI and advanced algorithms helps manage the complexity and scale of these projects by improving coordination, streamlining scheduling, and enhancing resource allocation, leading to more efficient project execution and reduced risks. Owners and GCs use ALICE to deliver data centers to market faster, cheaper, and with less risk.
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ALICE works with a wide range of teams involved in the planning and delivery of data center projects. From owners and developers to EPCs (Engineering, Procurement, and Construction firms), general contractors, and trade partners, ALICE helps unify everyone around a single source of truth.
Data centers are among the most complex, fast-moving builds in the world. Electrical, mechanical, and structural systems all need to come together with precision. ALICE brings visibility and predictability to these highly coordinated teams, allowing project leaders to evaluate multiple construction strategies and resource plans before breaking ground. Whether you’re managing hyperscale builds or colocation facilities, ALICE gives your team the power to plan faster and execute with confidence.
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Data center construction software is designed to help plan, schedule, and manage the delivery of complex, multi-stage data infrastructure projects. Traditional scheduling tools simply track tasks; ALICE goes further by using advanced AI and generative construction technology to help you design the best possible plan.
With ALICE, teams can model scenarios, explore different sequencing options, and see the impact of changes in labor, materials, or equipment. The result is a smarter, more adaptive schedule that aligns cost, time, and resource priorities — all critical for meeting the demanding timelines and uptime requirements of data center construction.
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Leading owners, developers, and contractors use ALICE to gain competitive advantages in the delivery of data centers. Typical users include project executives, planners, schedulers, and construction managers who need a powerful way to test options and reduce uncertainty and risks.
Because ALICE integrates directly with existing scheduling data and project management tools, users across the organization can access insights and updates as plans evolve. From the estimating and preconstruction teams building initial plans to field managers adjusting to site conditions, ALICE ensures everyone stays aligned on the most efficient path forward.
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ALICE is an optimization platform purpose-built for capital projects and developed to meet the scale and complexity of data center builds, including:
- Scenario modeling: Test thousands of construction strategies in minutes to find the optimal plan for cost, duration, and resource use.
- Dynamic scheduling: Instantly re-sequence work when scope or conditions change — without starting from scratch.
- Resource optimization: Balance labor, materials, and equipment to prevent bottlenecks and keep productivity high.
- AI-driven insights: Use data and predictive analytics to proactively identify risks and opportunities.
- Risk reduction: The ability to simulate constraints and explore options can help you proactively anticipate challenges and make data-backed decisions.
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Most construction software helps you track what’s happening — ALICE helps you change what happens next.
ALICE is the world’s first generative construction platform, built to help teams create and optimize project schedules using data, not guesswork. Instead of managing static Gantt charts, users can explore millions of schedule variations to identify the best combination of sequencing, resources, and constraints.
When market conditions shift or designs evolve, ALICE lets teams adjust their plans and keep projects on track, consistently working to optimize projects. This level of adaptability gives data center builders the agility they need in a rapidly expanding market where speed to delivery is everything.
By combining cutting-edge AI with deep construction intelligence, ALICE enables data center teams to plan smarter, execute faster, and build with confidence.