Consulting
Engineering

Operational efficiency, lifted across three sectors.
Data strategy that outlasted the consultants.

Embedded data science teams and hands-on coding support, built directly into consulting engagements across energy, infrastructure, and urban planning — so the analytics didn’t stay in a slide deck.

3 sectors served
energy, infrastructure, urban planning
Embedded data science teams
inside client organisations
Hands-on coding support,
not just strategy decks
Long-term data strategies
built to last

Client

An advanced analytics and engineering consultancy working across energy, infrastructure, and urban development, embedding data science expertise directly into client organisations.

Goal

To apply advanced data science techniques to help organisations across industries improve performance, with consultancy support spanning sectors such as energy, infrastructure, and urban development.

Complex clients. Different problems. One team to solve them all.

Every engagement brought a different sector, different stakeholders, and a different problem. Energy clients needed operational efficiency. Infrastructure clients needed better resource allocation. Urban planning clients needed data-driven city development strategies. None of it came pre-packaged.

The real difficulty wasn’t building the models. It was getting data science and machine learning embedded into decision-making that already had its own workflows, deadlines, and politics. Insight that sat in a slide deck was insight wasted.

Three constraints were non-negotiable:

  • Highly complex clients and projects, no two alike
  • Every solution had to fit the client’s own context
  • Data science had to slot into existing workflows, not replace them

Embedded teams, not a black box.

The consultancy put data science expertise directly into client engagements: strategy development and hands-on coding, not just recommendations from the sidelines.

Not slide-deck strategy. Data scientists embedded inside the client, writing the code and living with the decisions.

Data science teams were embedded within client organisations, so AI and ML solutions were implemented alongside the people who would actually use them, not handed over cold at the end of a project.

For infrastructure and urban planning work specifically, the team built predictive models and tools that optimised resource allocation and shaped city development strategy directly.

Analytics that stayed in the building after the consultants left.

Efficiency Operational efficiency improved across energy, infrastructure, and urban planning engagements.
Strategy Long-term data strategies were built, not one-off reports, so advanced analytics became part of how clients ran their business.
Embedded Data science teams sat inside client organisations, making implementation of AI and ML solutions smooth rather than bolted on.
Predictive Purpose-built predictive models and tools optimised resource allocation and informed city development strategy.

Across sectors as different as energy and urban planning, the same approach worked: embed the expertise, build for the long term, and leave clients with strategies and tools they could keep using long after the engagement ended.

* Case studies reflect work undertaken by our Heads of AI either during their tenure with Head of AI or in prior roles before they were part of the Head of AI network; they are provided for illustrative purposes only and are based on conversations with our Heads of AI.

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*Case studies reflect work undertaken by our Heads of AI either during their tenure with Head of AI or in prior roles before they were part of the Head of AI network; they are provided for illustrative purposes only and are based on conversations with our Heads of AI.