Position Description:
Data Scientist (Energy) drives the development and delivery of cutting-edge solutions that strengthen the performance and resilience of electricity networks. Operating at the intersection of engineering, data science, and applied research, the role focuses on identifying operational challenges in the energy sector and transforming emerging technologies into practical, real-world applications.
This position works collaboratively with Distribution Network Operators (DNOs), universities, research partners, and internal teams to explore innovation opportunities and co-develop impactful solutions. The engineer contributes technical expertise to data-driven initiatives, shaping models, algorithms, and analytical approaches that support decision-making and innovation outcomes. They play a hands-on role throughout the lifecycle of innovation projects, from early idea generation and feasibility assessment through to prototyping, testing, and deployment.
Strong communication and collaboration skills are essential, as the role interfaces with engineering, product, consulting, and business stakeholders to design and refine technical solutions that meet sector needs. The ideal candidate brings deep knowledge of energy systems, experience with AI/ML technologies, and strong programming capabilities.
Qualifications & Experience:
. Experience within the energy sector, ideally focused on electricity networks or smart grids
. Experience applying AI/ML technologies in engineering or operational settings
. Strong Python programming skills and familiarity with data analysis, machine learning, or simulation frameworks
. Ability to collaborate effectively in multidisciplinary teams and explain complex technical concepts to diverse audiences
Key Duties & Responsibilities
. Work closely with DNOs to understand operational challenges, explore innovation opportunities, and co-develop solutions that enhance network performance and resilience.
. Partner with universities and research institutions to translate emerging technologies and scientific advancements into practical, real-world applications.
. Contribute technical expertise to data-driven projects, helping shape models, algorithms, and analytical approaches that drive innovation outcomes.
. Communicate effectively with engineering, product, consulting, and business teams to design, refine, and deliver technical solutions.
. Support the full lifecycle of innovation projects, from idea generation and feasibility analysis to prototyping, testing, and deployment.
Your future duties and responsibilities:
In this role, you will work at the intersection of data science, engineering, and applied research to design and deliver innovative solutions for electricity networks. You’ll collaborate closely with Distribution Network Operators, research institutions, and internal teams to understand operational challenges and turn emerging technologies into practical, deployable solutions that drive resilience and performance.
You’ll contribute across the full innovation lifecycle, from early concept development and feasibility assessment through to prototyping, testing, and deployment. Supported by a collaborative environment, you’ll be encouraged to take ownership of your ideas, apply creative problem-solving, and help shape data-driven approaches that influence real-world decision-making.
Key responsibilities include:
Collaborate & Discover – Work with DNOs to understand operational challenges and identify innovation opportunities
Design & Deliver – Develop data-driven models, algorithms, and analytical approaches that support network optimisation
Innovate & Translate – Partner with universities and research bodies to turn emerging technologies into applied solutions
Communicate & Influence – Engage with engineering, product, consulting, and business teams to refine technical outcomes
Prototype & Deploy – Support innovation projects from ideation through testing and real-world implementation
Required qualifications to be successful in this role:
To succeed, you will bring strong experience in data science or AI applied within the energy sector, combined with the ability to collaborate across disciplines and communicate complex ideas clearly. You’ll be comfortable applying advanced analytics in operational environments and motivated to turn insight into action.
You should have:
Experience working within the energy sector, ideally electricity networks or smart grids
Experience applying AI/ML techniques in engineering or operational contexts
Strong Python programming skills and experience with data analysis or machine learning frameworks
Proven ability to collaborate within multidisciplinary teams and engage diverse stakeholders
#LI-SF2
Skills:
1. Data Engineering
2. Data Modeling
3. Python