Inside Jacobs Global Strategy for the Future of Infrastructure

Inside Jacobs Global Strategy for the Future of Infrastructure

For decades, infrastructure programmes were largely judged by physical outputs. Kilometres of transmission lines, metres of seawall, treatment capacity or project completion dates dominated the conversation. That equation is changing.

Today’s infrastructure programmes are increasingly measured by resilience, adaptability, digital capability and long-term operational outcomes. Governments, utilities and asset owners are under pressure to modernise ageing systems while responding to population growth, climate exposure, energy transition and escalating security concerns. The projects themselves are becoming larger, more interconnected and considerably more complex.

Recent programme wins across energy, coastal resilience and water infrastructure provide a useful snapshot of how Jacobs is positioning itself within that changing landscape. Across Scotland, California and Australia, the company has secured roles that extend far beyond traditional engineering consultancy and point toward a broader model built around integrated delivery, digital intelligence and infrastructure lifecycle management.

Collectively, the programmes represent billions of dollars of investment and reveal how infrastructure owners increasingly expect delivery partners to connect strategy, engineering, operations and resilience into a single operating model.

Briefing

• Jacobs secured major strategic appointments across energy, coastal resilience and water infrastructure programmes.
• The projects span Scotland’s electricity network, San Francisco’s waterfront adaptation and Melbourne’s growing water systems.
• Digital services, cybersecurity, programme management and integrated delivery models are central to each initiative.
• Climate resilience and long-term asset performance increasingly drive infrastructure investment decisions.
• The programmes reflect a broader move toward lifecycle-led infrastructure delivery rather than standalone construction.

Building the Digital Backbone of Britain’s Energy Transition

The north of Scotland has become one of the most strategically important energy regions in Europe.

As renewable generation accelerates across offshore wind, hydro and grid-connected clean energy assets, transmission networks are facing mounting pressure to expand capacity while maintaining reliability and security. Physical upgrades alone are no longer enough. Transmission operators increasingly require digital capability embedded throughout their infrastructure.

Jacobs has been selected by SSEN Transmission for multiple strategic frameworks supporting the modernisation and protection of Scotland’s electricity transmission network, with a combined potential value exceeding US$1 billion.

The work spans operational technology cybersecurity, substation design and digital services intended to strengthen network resilience and support greater renewable integration under the UK’s energy security agenda.

Importantly, this is not simply a transmission upgrade programme. The appointment places Jacobs, together with PA Consulting, at the centre of a broader digital transformation agenda covering operational technology environments, AI-enabled services and infrastructure intelligence.

Under the Operational Technology framework, Jacobs will support secure operating environments across substations through cyber-by-design approaches, network segmentation and real-time threat monitoring integrated directly into operational systems.

Alongside this, the Digital Services framework supports SSEN’s RIIO-T3 programme and introduces digital and data capabilities designed to improve asset management, support network expansion and establish a scalable digital architecture for future operations.

Jacobs Chair and CEO Bob Pragada said: “These awards reflect the accelerating digitization of energy systems and the growing need for integrated cybersecurity, digital and engineering solutions. As grid infrastructure becomes more interconnected and data-driven, embedding cybersecurity across IT and operational technology environments is essential to supporting grid expansion, enables greater renewable energy integration and delivers smarter, more resilient operations.”

For the wider infrastructure sector, the project reflects a reality becoming increasingly difficult to ignore. Infrastructure is becoming software-defined as much as it is physically engineered.

Protecting Cities Through Infrastructure That Adapts

Thousands of miles away, a very different challenge is unfolding along San Francisco’s waterfront.

While Scotland focuses on digital resilience, California faces physical exposure driven by seismic risk and rising sea levels. The solution, however, follows a remarkably similar pattern of integrated planning and long-term infrastructure management.

Jacobs will continue serving as programme manager for the Port of San Francisco Waterfront Resilience Program, a multi-year initiative designed to safeguard one of America’s most economically significant urban waterfronts.

The programme includes adaptation across 7.5 miles of waterfront and protection of the historic Embarcadero Seawall, now more than a century old.

The scale of exposure is considerable. The infrastructure corridor supports regional transportation systems, utilities, emergency response capability and economic assets exceeding US$100 billion in annual activity. Planned interventions address earthquake safety, immediate flood resilience and longer-term adaptation to sea level rise.

Jacobs has supported the programme since 2017 and will continue guiding programme development, engineering strategy and delivery planning, working alongside PA Consulting to introduce scenario planning and governance approaches for the next phase.

Jacobs Executive Vice President Eva Wood said: “The Waterfront Resilience Program is more than an infrastructure improvement program. It’s a lifeline for the city’s future. Having worked on the program since its inception in 2017, Jacobs brings deep experience in navigating the opportunities unique to San Francisco’s historic waterfront. Our continued work on this program will shape a resilient, vibrant waterfront for generations to come.”

The broader significance extends well beyond California. Infrastructure owners globally are moving away from reactive repairs and toward adaptation frameworks designed to anticipate changing environmental conditions over decades rather than electoral cycles.

Water Networks Become Strategic Growth Infrastructure

If Scotland demonstrates energy transition and San Francisco demonstrates climate adaptation, Melbourne presents a third challenge increasingly defining infrastructure investment: population growth.

Jacobs, in joint venture with Stantec, has been appointed engineering services partner for Greater Western Water’s five-year Infrastructure Planning and Delivery Program supporting Melbourne’s rapidly expanding western region.

The programme supports a broader capital investment strategy expected to extend across the coming decade.

Unlike traditional engineering appointments, the structure introduces an integrated delivery approach intended to improve collaboration, accelerate decision-making and strengthen long-term outcomes.

The scope includes planning, design and delivery support across water and wastewater networks, treatment facilities and dam infrastructure alongside environmental assessments, engineering standards and construction-phase services.

Jacobs Executive Vice President Sinead Giblin said: “Rapid population growth across Melbourne’s western region requires water infrastructure that can scale efficiently and reliably. By working closely with Greater Western Water and the program teams, we’re bringing together integrated planning, technical expertise and innovation to support sustainable, resilient water networks and treatment systems that serve communities now and into the future.”

Greater Western Water General Manager of Asset Planning and Delivery Ian Burton added: “This partnership plays an important role in shaping how we plan and design infrastructure, bringing strong expertise to support projects across our service area. We look forward to working together to ensure we continue to meet the needs of our customers and communities with water and sewerage services that are safe, consistent and resilient.”

The programme also incorporates broader social outcomes including procurement participation, Indigenous business engagement and workforce pathways.

That combination of infrastructure investment and social value increasingly reflects how major public infrastructure programmes are being evaluated internationally.

From Projects to Platforms

Taken individually, these programmes appear unrelated. One focuses on digital energy systems. Another protects historic waterfront assets. The third supports urban water growth. Viewed together, however, a clearer picture emerges.

Infrastructure owners increasingly want delivery partners capable of managing uncertainty, integrating technology, coordinating stakeholders and supporting assets long after construction finishes.

This changes the role of engineering firms. Traditional design and delivery capability remains essential, but long-term programme management, digital integration and resilience planning are becoming equally important differentiators.

Jacobs has been steadily building this integrated position across sectors, combining advisory services, engineering, data capability and programme leadership through its wider business and specialist partnerships.

That shift mirrors broader industry trends and may ultimately become one of the defining characteristics of infrastructure delivery over the coming decade.

Engineering the Systems That Keep Modern Society Moving

Infrastructure investment is no longer only about building more.

Across electricity, water and coastal protection, the emphasis is moving toward building systems capable of adapting, learning and operating under increasingly uncertain conditions.

Scotland’s digital grid, San Francisco’s resilient waterfront and Melbourne’s future water network each point in the same direction.

The infrastructure sector is entering an era where resilience, intelligence and lifecycle performance carry as much weight as concrete, steel and construction schedules.

The organisations that can connect those elements effectively are likely to shape what comes next.