Digital Infrastructure  

Resilient infrastructure for AI, cloud and advanced computing 

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Digital technologies such as AI, cloud and high-performance computing are growing rapidly, placing new demands on the infrastructure that underpins them.  

Jacobs plans, designs and delivers complex digital infrastructure worldwide. We combine mission-critical engineering with integrated power, water and digital solutions to deliver scalable, resilient and energy-efficient computing environments. From AI and high-performance computing to quantum innovation, we work with clients to scale from research to global deployment. 

Delivering digital infrastructure

Supporting the scale, speed and performance required for hyperscale data centers and AI infrastructure.

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    Power and Compute Integration

    Combining power, energy and mission-critical engineering to deliver resilient digital infrastructure capable of supporting hyperscale data centers, AI workloads and high-performance computing environments. 

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    Mission-Critical Computing Environments

    Designing specialized facilities supporting extreme compute density, advanced cooling and ultra-reliable operations for hyperscale data centers, high-performance computing and emerging quantum technologies. 

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    Hyperscale Infrastructure Delivery

    Delivering complex digital infrastructure programs worldwide, enabling the rapid deployment of hyperscale campuses, AI data centers and advanced computing facilities. 

Full lifecycle digital infrastructure delivery  

Delivering resilient, high-capacity digital infrastructure by aligning power, cooling and program delivery for speed, scale and performance.

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Digital Design and Performance Modeling

Using digital twins, simulation and advanced modeling to optimize infrastructure performance. These solutions improve power and cooling efficiency, reduce delivery risk and accelerate decision-making across complex digital infrastructure programs.

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Mission-Critical Facility Engineering

Designing and engineering highly resilient computing environments that support AI data centers, high-performance computing and emerging quantum technologies. We deliver scalable facility designs that support extreme compute density, operational reliability and long-term performance, integrating hyperscale data center design best practices into critical digital infrastructure.

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Energy and Utilities for Digital Infrastructure

Planning and delivery of the energy and utility systems required to power advanced computing environments. We support AI data center infrastructure through integrated energy sourcing strategies, grid connections, substations, onsite generation, microgrids, energy storage and water infrastructure to enable resilient digital campuses.

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Advanced Cooling and Thermal Management

Engineering cooling and thermal systems designed for high-density computing workloads across digital infrastructure portfolios. From liquid and immersion cooling to sustainable water sourcing and reuse, we manage extreme heat loads while improving efficiency, reliability and long-term performance within complex technology infrastructure environments.

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Program Delivery and Construction Management

Delivering complex, full lifecycle digital infrastructure programs through integrated program management, engineering, procurement, and construction management (EPCM) services. We work with clients to bring hyperscale campuses, high-performance computing facilities and quantum-ready environments to life with greater speed and certainty.

Digital infrastructure at scale, explained

Understanding the challenges and solutions shaping hyperscale and AI infrastructure, from power and cooling to scalability and speed of delivery.

Get in touch

Organizations developing digital infrastructure must address power availability, cooling performance, sustainability targets, site selection and the need to deliver large-scale computing campuses quickly. These challenges are increasing as AI and high-performance computing workloads grow. 

Jacobs supports the development of energy systems for digital campuses including grid connections, substations, onsite generation, microgrids and energy storage to meet the growing power demands of hyperscale and AI computing environments. 

Digital infrastructure can scale through modular campus planning, flexible energy systems, advanced cooling strategies and digital modeling that supports phased expansion as computing technologies and demand evolve.  

Hyperscale and AI data centers require significantly more electricity than traditional facilities, often ranging from hundreds of megawatts to gigawatt-scale campuses depending on computing capacity. Securing reliable energy supply has become one of the most critical factors in digital infrastructure development. 

Hyperscale and AI data centers require significantly more electricity than traditional facilities, often ranging from hundreds of megawatts to gigawatt-scale campuses depending on computing capacity. Securing reliable energy supply has become one of the most critical factors in digital infrastructure development. 

Accelerating hyperscale infrastructure development often requires standardized campus designs, modular construction approaches, digital modeling and integrated program delivery to reduce design and construction timelines while maintaining reliability and performance. 

Projects

Meet the team