EV Charging Infrastructure Engineer
GrowingDesigning and deploying the charging networks that support electric vehicle adoption at scale
EV Charging Infrastructure Engineer Salary
United Kingdom
£40,000 – £72,000
United States
$75,000 – $130,000
Varies by location, sector, and experience. Last updated: 2025.
What Is an EV Charging Infrastructure Engineer?
An EV Charging Infrastructure Engineer designs, deploys, and manages the electrical and network infrastructure required to deliver electric vehicle charging at scale — from individual site assessments and charger specifications through to the grid connection design, power management systems, and network software that keep charging assets operational and commercially viable. The role combines electrical engineering, power systems knowledge, and familiarity with charging network technology to solve the infrastructure bottleneck that sits between EV adoption targets and practical charging availability.
The discipline spans public charging networks, workplace and fleet charging installations, and the fast-growing sector of high-power charging hubs requiring significant grid reinforcement. Practitioners work across charge point operators, distribution network operators, property developers, fleet operators, and local authorities — navigating a complex intersection of electrical standards, planning requirements, grid connection processes, and the software protocols (OCPP, OCPI, smart charging algorithms) that manage how charging demand interacts with the grid. As EV volumes grow, the role increasingly involves grid impact modelling, demand management, and vehicle-to-grid integration design.
What Does a EV Charging Infrastructure Engineer Do?
- Conduct site assessments and design EV charging installations including power supply, civil works, and network connectivity requirements
- Specify charger hardware, switchgear, and power management equipment for charging sites across a range of power levels and use cases
- Manage grid connection applications and coordinate with distribution network operators to secure appropriate supply capacity
- Implement and configure charging network management systems using OCPP and OCPI protocols for monitoring and access control
- Model charging demand and grid impact to support smart charging and vehicle-to-grid integration design across sites and fleets
- Ensure EV charging installations comply with electrical standards, planning requirements, and building regulations throughout delivery
EV Charging Infrastructure Engineer Skills
Hard Skills
- Power Electronics
- Energy Systems Modelling
- Grid Integration Design
- Control Systems Design
- Regulatory Compliance
- Simulation Engineering
- System Integration
- Risk Management
- Functional Safety Engineering
Soft Skills
- Engineering DisciplineDelivering grid-connected EV installations to electrical safety standards and building regulations
- Risk AwarenessManaging functional safety and electrical compliance risk across diverse installation contexts
- Methodical ApproachSystematic site assessment, power supply design, and grid connection process management
- Stakeholder ManagementNavigating grid connection and planning processes across DNOs, local authorities, and operators
- Problem SolvingResolving grid connection constraints and power management challenges across site typologies
- Commercial AwarenessAssessing infrastructure economics and grid connection costs against charging business cases
EV Charging Infrastructure Engineer Tools & Software
How to Become a EV Charging Infrastructure Engineer
Typical Route
Most EV Charging Infrastructure Engineers hold a bachelor's degree in Electrical Engineering, Mechanical Engineering, or Power Electronics. Universities including the University of Michigan, Purdue University, and North Carolina State University offer programs with relevant power systems and automotive electrification tracks. A master's degree in Electric Vehicle Technology, Power Electronics, or Sustainable Transportation Engineering supports specialist progression. Professional Engineer licensure through NCEES is common for practitioners working on public infrastructure projects subject to state and federal permitting requirements.
Alternative Route
The Electric Vehicle Infrastructure Training Program certification is the primary US vocational credential for practitioners working with physical EV charging infrastructure and is widely recognised by charge-point operators and utilities. OSHA electrical safety training and NFPA 70E certification are standard requirements for site installation work. Coursera's Electric Vehicle Specialization and edX's power electronics courses provide accessible technical foundations for engineers transitioning from adjacent disciplines. Employer training programs at charge-point operators including ChargePoint, EVgo, and Blink Charging provide structured entry for candidates with adjacent electrical or construction backgrounds. GI Bill funding is available for veterans pursuing EV infrastructure training programs.
A Day in the Life of an EV Charging Infrastructure Engineer
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EV Charging Infrastructure Engineer Career Path
Junior EV Charging Infrastructure Engineer
0–2 yrs
EV Charging Infrastructure Engineer
2–5 yrs
Senior EV Charging Infrastructure Engineer
5–8 yrs
Lead EV Infrastructure Engineer
8–11 yrs
Head of EV Infrastructure / Principal Engineer
11+ yrs
EV Charging Infrastructure Engineer Job Outlook
Government mandates phasing out new petrol and diesel vehicle sales are driving sustained infrastructure investment across the UK, EU, and US, with charge point operators, automotive manufacturers, energy retailers, and local authorities all actively hiring. Network expansion, grid connection design, and interoperability standards are the primary technical challenges creating specialist demand. UK hiring is concentrated around major urban corridors and motorway networks; US demand spans coastal states and federally funded rural programmes. Engineers combining electrical design with software and communications integration are particularly sought.