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Digitalization for Smarter Nuclear Execution

Apply digitalization tools to reduce risk, validate designs, and improve execution across nuclear projects and operations.

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ATS employee utilizing digitalization technology to design nuclear tooling

Nuclear projects demand careful coordination, rigorous validation, and long-term reliability. Digital tools from ATS Nuclear Energy Solutions help teams reduce uncertainty throughout the project lifecycle. By using virtual models, simulation, and connected data, teams can identify issues earlier, improve decision-making, and protect both schedules and safety outcomes.

The Challenges We Address with Digitalization

Understanding where nuclear projects often slow down or carry hidden risk.

High Cost of Late Changes

Issues identified during construction or commissioning often lead to rework, schedule disruption, and cost pressure.

Limited Ability to Test Scenarios

Teams face constraints when evaluating how systems respond under different operating conditions without physical testing.

Commissioning Risk and Pressure

On-site commissioning compresses testing into a short window, where there is limited tolerance for error.

Training in Regulated Environments

Hands-on training opportunities are restricted by safety requirements, system availability, and regulatory controls.

Complex System Integration

Mechanical, electrical, control, and software systems need to perform together as intended from the first day of operation.

Long Asset Lifecycles

Facilities require tools that support validation, knowledge retention, and continuous improvement across decades of operation.

Our Solution

Approaches designed to reduce risk and improve execution at each stage.

Digital Twins Simulation Virtual Commissioning Digital Training Illuminate™

Digital Twins

Virtual Representations of Nuclear Systems

Digital twins model the behavior and logic of equipment and processes, giving teams a way to evaluate designs before they reach the site. Engineers can review system interactions, test potential changes, and build confidence in performance earlier in the project.

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ATS employee utilizing digitalization technology to design nuclear tooling

Simulation and Virtual Validation

Test Designs Before Site Deployment

Simulation environments allow teams to explore operating conditions, constraints, and failure scenarios in a controlled setting. This early validation helps reduce rework and strengthens design decisions before construction begins.

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ATS employee utilizing digitalization technology to design nuclear tooling

Virtual Commissioning

Reduce On-Site Risk and Schedule Pressure

Virtual commissioning connects control logic to a digital model so teams can test sequences, alarms, and responses before installation. This shifts testing effort away from the site and helps shorten commissioning timelines.

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Nuclear tooling simulation for decommissioning applications

Digital Training and Connected Worker Enablement

Prepare Teams Without Operational Risk

Digital training tools support consistent knowledge transfer and task execution. Teams can practice procedures and access guided instructions while maintaining safety and compliance requirements.

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Two individuals wearing VR headsets for digital training

Illuminate™ Manufacturing Intelligence

Operational Intelligence for Nuclear Systems

Illuminate™ Manufacturing Intelligence collects and analyzes data from critical assets to provide real-time visibility into system performance and condition. Teams gain early insight into developing issues and can respond before they affect operations.

ATS employee reviewing data on a computer within a nuclear application.

Key Benefits

The advantages of partnering with ATS Nuclear Energy Solutions.

Reduced Project Risk

Early validation helps identify issues before they affect safety or schedules.

Improved Engineering Confidence

Virtual models provide clearer visibility into system behavior and interactions.

Shorter Commissioning Timelines

Offline testing reduces pressure during on-site activities.

Safer Training and Knowledge Transfer

Teams build experience without exposure to operational risk. 

Stronger Change Management

Teams can evaluate proposed changes before implementation.

Lifecycle Value

Digital assets support operations, maintenance, and future upgrades over time.

Applications

Real world nuclear use cases. 

Small modular reactor automation tooling

Small Modular Reactor Development

Digitalization Supporting SMR Innovation

ATS Nuclear Energy Solutions supported work with NuScale Power by applying digital twins and simulation to validate system requirements before deployment. These tools helped teams evaluate performance and refine processes ahead of critical maintenance and refueling activities.

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CANDU automaton tooling

CANDU Nuclear Refurbishment

Digitalization Supporting Complex Reactor Upgrades

For refurbishment work at Bruce Power, digital twin technology supported the design and validation of automated tooling prior to deployment. Teams tested installation sequences and verified tolerances in a virtual environment, reducing risk in areas where physical testing is limited. 

Digital tools also supported the development of the Auto Calandria Tube Install system, enabling remote operation and repeatable execution while reducing radiological exposure. By validating processes before arriving on site, teams maintained schedules and improved safety outcomes.

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Ready to Apply Digitalization to Your Nuclear Projects?

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