Principal Systems Engineer Charging

Principal Vehicle Charging Systems Engineer

Permanent | Birmingham | Hybrid Working | No Visa Sponsorship

Our client is seeking a Principal Systems Engineer Charging to join its automotive engineering team on a permanent basis. This senior role will lead the development of charging features for next-generation battery-inverter technology, supporting innovative solutions across the electric mobility sector.

Key Responsibilities:

Lead the development of charging features using Model-Based Systems Engineering practices
Decompose and analyse stakeholder requirements into detailed technical requirements for hardware and software teams
Provide technical expertise in AC and DC electric vehicle charging, including vehicle-to-grid functionality
Work closely with systems, hardware, software and test engineers to deliver integrated features
Contribute to system engineering interfaces with hardware and software design teams
Perform system and design-level FMEA activities, including S-FMEA and D-FMEA
Build SysML models and diagrams using the Enterprise Architect toolchain
Support compliance with environmental, health and safety, quality and engineering standards

Job Requirements:

Degree-level qualification in engineering, mathematics, physics or another relevant technical discipline
Significant experience in systems engineering within the automotive, engineering or electrification sector
Technical experience in high-voltage charging systems and electric vehicle charging points
Strong understanding of power electronics, including DC-DC conversion
Knowledge of AC and DC charging architectures and vehicle-to-grid technology
Experience with MBSE modelling and the transition of system models into hardware and software development
Proficiency with SysML and Enterprise Architect, or a similar systems engineering toolchain
Understanding of system-level FMEA, requirements analysis and cross-functional technical delivery

Personal Attributes:

Self-motivated, creative and adaptable, with a collaborative approach to engineering
Strong problem-solving, analytical and systems-thinking abilities
Excellent presentation, report writing and communication skills
Ability to prioritise and organise project workloads, schedules and technical tasks
Comfortable working under delivery pressure while maintaining a high standard of quality
Motivated by the development of innovative, industry-leading electric mobility technologies

Benefits:

Permanent opportunity within a forward-thinking automotive engineering environment
Opportunity to contribute to next-generation battery, inverter and charging technology
Collaborative work with multidisciplinary systems, hardware, software and test engineering teams
Scope for professional development and involvement in technically challenging projects
If you are an experienced systems engineer with expertise in electric vehicle charging and power electronics, apply now to help shape innovative solutions for the future of electric mobility