Senior Energy Consultant - Data-Driven Digital Advisory

Jacobs; Stafford; Hybrid; GBP 80,000 - 130,000; Full time

Benefits offered by this job

Medical cover

Family friendly policies

Professional development support

Community initiatives

Job summary

Jacobs is seeking a Senior/Principal Energy Consultant with strong digital and data capabilities to join our UK Energy Advisory team. You will lead advisory projects across infrastructure, industrial and built environment sectors, embedding digital tools and data-driven approaches to decarbonisation and energy optimisation.

You will manage client relationships, mentor junior staff, and help grow Jacobs Energy Advisory capabilities, often working in a hybrid mode with UK-wide client exposure.

Qualifications

• Significant consultancy/engineering experience in energy, utilities, infrastructure.
• Strong understanding of energy markets, policy and decarbonisation.
• Ability to translate complex client requirements into data-driven solutions.

Responsibilities

• Lead advisory projects and manage client relationships.
• Support development of technical capabilities across the team.
• Mentor junior staff and contribute to thought leadership.
• Develop digital tools and data-driven project delivery approaches.

Skills

Advanced Excel modelling

Data analysis

Power BI

Python

SQL

GitHub

Energy modelling

Forecasting

Data governance

Digital twins

IoT

Education

Engineering, Mathematics, Computer Science, Data Science (Master/PhD desirable)

Tools

GitHub

Power BI

Job description

Jacobs is seeking a Senior/Principal Energy Consultant with strong digital and data capabilities to join our UK Energy Advisory team. You will lead advisory projects across infrastructure, industrial and built environment sectors, embedding digital tools and data-driven approaches to decarbonisation and energy optimisation.

You will manage client relationships, mentor junior staff, and help grow Jacobs Energy Advisory capabilities, often working in a hybrid mode with UK-wide client exposure.