Why choose the JBA Data Science and Informatics graduate pathway?
Graduate Scheme

Why choose the JBA Data Science and Informatics graduate pathway?

An opportunity to work at the forefront of technological innovation

Would you like to work as part of our specialist data science teams, working at the cutting-edge of transformative technologies to tackle flood resilience, climate change, and social issues?

Whether you have experience in analysing complex datasets, problem solving or mathematical, statistical and computing skills, you will have the opportunity to work across all of our disciplines on national and international projects – enhancing the way we work and supporting our clients.

Explore all the areas you could experience as part of our Data Science and Informatics here.

Read about our graduates' experiences...

Non-stationarity UK Rainfall Frequency

“This was an internal research project aiming to build a knowledge base within JBA and to present findings to the research community. My time spent on this project included undertaking a literature review of the existing methods to apply non-stationarity to rainfall analysis, trend detection on gauging sites across the UK and capturing these trends using a UK wide generalised extreme value model. Starting with very little knowledge about hydrology, I have been able to learn lots of new skills as well as applying my existing skills in statistics, coding (both in R and Python) and data visualisation.”

Amy Winder, Data Scientist

Non-stationarity UK Rainfall Frequency

CoastSnap AI

“This project aimed to build on a previous project by analysing images from a global citizen science project, CoastSnap, using AI methods. I contributed to this project by helping develop a convolutional neural network (U-Net model) for segmenting images from CoastSnap. My focus was on capturing key features, such as the sea wall, using machine learning. Beginning with limited knowledge about image segmentation, acquired new skills such as image processing with machine learning and applied my existing expertise in statistics and coding (Python).”

Roxanne Upton, Data Scientist

CoastSnap AI

Global Flood Frequency

“This project focused on creating a workflow to generate accurate river flow return periods for any latitude and longitude with an available digital terrain model (DTM). I contributed at every stage, from researching catchment descriptors that could be coded for the data to utilising machine learning to predict median flow and group catchments into ‘pooling’ groups. I also developed a smoothing script to ensure flow consistently increased downstream. When I began, my knowledge of spatial data and using DTMs to predict flow values was limited. However, by developing my skills in R and Python, we successfully achieved the project’s goals.”

Sam Clayton, Data Scientist

Global Flood Frequency

Applications for this pathway will open September 2025. Register your interest today!
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