Case study ———— Selected projects

Energy

Managing uncertainty to forecast supply and demand

National Grid ESO

How the Smith Institute is helping EDF safely deliver low-carbon energy to the UK

EDF

Modernising Optimisation Algorithms

Modernising Optimisation Algorithms for the Control Room

National Grid ESO

Modelling the Degradation of Earthworks

Modelling the Degradation of Earthworks

Network Rail

Coca Cola glass bottles

Predicting the weather’s impact on demand

Coca-Cola European Partners

Evaluating railway performance

Resonate

Rail adhesion

Evaluating variability in train driving

RSSB

From TV Channels to Mobile Wireless

Federal Communications Commission

Forecasting UK peak gas demand

Forecasting UK peak gas demand

National Grid

Spectrum auction verification and optimisation

Adaptive bidding strategies

Vodafone

Optimising lettuce growth

Optimising lettuce growth

G’s Growers

Predicting energy output

Predicting the energy output from embedded generation

National Grid

Uncertainty of natural hazards

Uncertainty of natural hazards

PURE

RTR spectrum

Austrian spectrum auction

RTR

Verifying algorithms

Verifying algorithms

Ofcom

Auction integrity

How did ISED ensure auction integrity?

ISED

EDF

How the Smith Institute is helping EDF safely deliver low-carbon energy to the UK

To better understand graphite changes and to bolster investment and inspection programmes, EDF selected the Smith Institute to develop bespoke software for predicting the future degradation of graphite bricks which lie in the cores of the UK's nuclear reactor fleet.

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1965 2020

For companies, governments and organisations, the Smith Institute has the mathematical expertise to deliver a bespoke, business-led approach to simplify current challenges. We specialise in providing clarity for decision-makers by offering insight driven by the latest mathematical techniques.

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