Expert insights on issues that transform business, increase sustainability and improve lives
Here’s a snapshot of what we’re thinking about. Explore these highlights or view the full library to dive deeper into the ideas shaping our work.
Meet some of our passionate problem-solvers, constructive creatives and inspiring innovators
Human error, lack of knowhow and lack of capacity are the most common reasons for incomplete or erroneous met data. A new digital solution, Moata Met Wise, addresses this problem.
Met Wise is hosted on Mott MacDonald’s digital platform, Moata, which provides the muscle to draw in, cleanse, order and interrogate data. It is supported by a team of wind energy experts who know how to read and act on the information it produces.
Tackling a continuity challenge
Met data includes national and regional meteorological records, giving a long-term overview of weather patterns in the area where a proposed windfarm would be located. But decisions to invest also require location-specific data, gathered over a continuous 12 months or more, recording wind speed, direction, shear and turbulence, and air pressure. These readings are gathered on site using temporary towers fitted with instruments (met masts) or, increasingly, light detection and ranging equipment (LiDAR: laser beams are projected into the air; light reflected back from windborne dust particles enables meteorological information to be deduced). Data collection problems typically stem from mechanical faults, power and communication outages, and damage to equipment from extreme weather. People monitoring the data flows may not notice gaps or anomalies. Moata Met Wise will.
Real time response and machine learning
When humans alone are reading incoming data streams, they do so intermittently, so it may take days or even weeks for a broken data feed to be picked up. Users also need to know what they’re looking at – and what they are looking for: when people lack experience in wind data analysis they may not realise when readings are incongruous, and therefore fail to investigate.
In contrast, Moata Met Wise monitors feeds continuously and will signal as soon as a feed is disrupted, enabling the fault to be diagnosed and the correct maintenance or repair to be carried out. And Moata Met Wise is programmed by experts to ‘know’ when data looks right or wrong. When it picks up anomalies, it triggers investigation by our wind energy team, working with our clients’ personnel in the field where necessary. If anomalies have technical causes, they get fixed; if they have meteorological causes, the new met data is fed into Moata Met Wise. Thanks to the artificial intelligence and machine learning at the heart of the Moata digital platform, Met Wise assimilates the new data to improve its analytical capability.
Clear information for confident decision-making
Met data and analysis can be provided in a variety of formats to meet different client needs, with dashboard presentation making it easy for users to understand and act. For developers, the result is an improved understanding of wind conditions across a development site, enabling the arrangement of turbines to be optimised. Investors and lenders gain improved certainty of energy yield and payback. For all, Moata Met Wise provides the data robustness required to achieve financial close.
The Climate Change Committee’s CCRA4‑IA provides an independent, evidence-based foundation for UK climate adaptation, with Mott MacDonald contributing infrastructure expertise to support more effective resilience action.
Ranjit Davis explains how artificial intelligence (AI) is being used responsibly to help engineers bring greater value to project assurance and delivery.
Carbon Crunch 2025 Auckland brought together sustainability leaders across water, transport, and energy, highlighting the infrastructure and organisational resilience and purpose driving Aotearoa New Zealand’s climate transition.
Canadian transportation agencies are increasingly exploring AI-driven solutions that support real-time monitoring, predictive maintenance, and adaptive traffic control systems.
Jacqueline reflects on leading environmental and social work in Singapore, managing complex projects and field-based challenges, and creating a collaborative team culture that supports sustainable development.
Amy didn’t begin her career in digital and she certainly didn’t imagine she’d end up working in nuclear. But her journey shows just how valuable curiosity, transferable skills and a strong digital mindset can be.
Mott MacDonald has secured a leading role on Scotland Excel’s £160M national framework, supporting local authorities across Scotland with sustainable infrastructure and engineering services.
In his role, Randy will lead business growth across the energy sector, partnering with teams throughout the region to bring the best of our capabilities to our clients in Canada and the United States.
Scott brings more than 25 years’ experience across water, environment, transport and buildings for government and private sector clients.
Mott MacDonald is providing lender’s technical and environmental support to the West Wales Hydrogen project, a production facility that will deliver 2000t of low-carbon hydrogen annually.
Speedy Hire, the UK’s leading provider of tools and equipment, has launched an industry first Biodiversity Impact Score for construction hire equipment.
Mott MacDonald has been appointed as owner’s engineer for the pioneering EcoLog Terminal Amsterdam, the world’s first commercial-scale facility designed to import liquid hydrogen (LH₂) and export liquid CO₂ (LCO₂).
The vision for the Milldale Infrastructure Projects began in 2016 as part of Auckland Council's strategic plan to enable growth in the area west of State Highway 1 (SH1) near Wainui.
Safety was paramount in delivering a world-class greenfield alkoxylation facility for international chemicals firm Croda. The project set high standards for construction efficiency and operational quality, while protecting people, processes and assets.
Receive our expert insights on issues that transform business, increase sustainability and improve lives.