Energy Network Consultant

1What you'd actually do

• Building and updating spreadsheet or Python models - for example forecasting how much electricity demand a region will have as heat pumps and electric vehicles are adopted, or costing the options for reinforcing a substation
• Reading and interpreting regulatory documents: price control rules (the periodic settlements that determine how much network companies can charge and spend), connection charging methodologies, network codes and licence conditions
• Analysing data on network capacity, outages, connection queues or customer consumption, and turning messy datasets into a defensible answer
• Drafting sections of client reports, consultation responses or business case documents, then revising them after review by a senior colleague
• Sitting in client calls and workshops - often taking notes, then owning the follow-up actions and the accompanying analysis
• Supporting bids and proposals: pulling together relevant past project examples, drafting method sections, estimating how many days of work a piece of scope requires
• Keeping track of policy developments - Ofgem decisions, government consultations, changes to connection reform - and summarising what they mean for clients

2How graduates get in

• Graduate schemes at engineering and infrastructure consultancies, energy-specialist consultancies and the energy or utilities practices of large professional services firms. This is the most common route and recruitment is usually autumn for the following September, though smaller firms hire when they need people.
• Direct entry to a specialist boutique consultancy as an analyst or graduate consultant. Common in this sector because many energy consultancies are small and do not run formal schemes - roles appear year-round and are often advertised on the firm's own site rather than through graduate portals.
• Starting inside a network operator, generator or supplier (for instance on a distribution network operator's graduate scheme) and moving to consultancy after two to four years. Very common - consultancies actively hire people who have worked on the network side.
• A postgraduate route: an MSc in energy systems, power systems engineering, energy economics, sustainable energy or similar. Useful if your first degree was not quantitative, but not required if it was.
• Placement years and summer internships with consultancies or network companies, which often convert into graduate offers. Where a firm runs an internship, this is a significant feeder.
• Less commonly, moving across from an adjacent graduate role - regulatory economics, infrastructure finance, transport or water consulting - where the analytical and regulatory skills transfer.

3What employers ask for

• A numerate degree is usually expected: electrical or mechanical engineering, physics, maths, economics, environmental science, geography with a quantitative slant, or an energy-specific degree. Which one matters less than being able to show you can handle data and modelling - economics graduates and engineers end up in the same teams doing different slices of the work.
• Typically a 2:1, though some smaller consultancies care more about relevant experience and will look at a 2:2 with a strong MSc or industry placement. Some larger firms still filter on A-levels or UCAS points; many have dropped this. It genuinely varies.
• Evidence of quantitative skill - a dissertation involving modelling, coursework in power systems or energy markets, a placement where you handled data. Consultancies are buying your ability to produce analysis someone will pay for.
• Some genuine interest in the energy sector that you can talk about specifically: what the price control cycle is, why connection queues are a problem, what the electricity system operator does. Vague enthusiasm for 'sustainability' interviews badly here.
• Chartership is relevant on the engineering side - working towards CEng through the IET or IMechE, or membership of the Energy Institute. Some consultancies will support this and some roles (particularly design-adjacent ones) expect it eventually. On the economics and regulation side it is much less of a thing.
• A driving licence and willingness to travel to client and network sites is useful for the more engineering-focused roles; largely irrelevant for policy and market analysis roles.

4Skills that matter

5Where it leads

1. Graduate or analyst: you do the analysis someone else has scoped, draft report sections, and learn the regulatory landscape. Usually one to three years, though firms vary in how quickly they promote.

2. Consultant: you own workstreams, run the model end to end, deal directly with client contacts and start to be trusted to scope small pieces of work yourself.

3. Senior consultant or principal: you lead projects, manage junior staff, write proposals and are expected to be the person clients ring about a particular topic - connections, price controls, heat networks, whole-system planning.

4. From there the paths split. Some continue up the consultancy ladder towards director or partner, which becomes largely about winning work and client relationships. Others move client-side into network operators, generators, developers, Ofgem, National Energy System Operator or government energy departments, often at a step up in seniority. Movement in both directions is normal in this sector.

5. Timelines vary widely. Structured consultancies promote on a fairly regular cycle; small boutiques promote when the work demands it, which can be faster or slower.

6Where this varies

The job title covers quite different jobs depending on the firm. At a large engineering consultancy it may lean towards power systems analysis, network design support and feasibility studies, with chartership as an expected path. At an economics or regulatory consultancy it is closer to applied microeconomics and policy analysis - modelling charging arrangements, supporting price control submissions and responding to consultations. At a boutique focused on connections or heat networks it can be very hands-on with developers and local authorities. Ask at interview which of these the team actually does. There is also a geographic pattern: a lot of regulatory and policy work is London-based, while network-operator-facing engineering work is spread across the UK, with clusters near the regional network companies and in Scotland where transmission and offshore connection work is concentrated. Some firms also make a hard distinction between electricity and gas or heat networks, and others expect you to work across all of them.