Multiphysics Simulation Engineer

FIA Formula E; Greater London; Hybrid; GBP 70,000 - 100,000; Full time

Benefits offered by this job

25 days annual leave

Birthday day off

Wellbeing leave

Health Cash Plan

Parental leave

Flexible holidays

Volunteer leave

Cycle to work

Electric car scheme

Store discount

Job summary

Formula E is seeking a Multiphysics Simulation Engineer to turn complex physical problems into practical recommendations for next-generation all-electric race cars and trackside systems. Using COMSOL Multiphysics as the principal platform, you will solve coupled electrical, electromagnetic, thermal, CFD, and structural challenges.

You'll connect component models into larger virtual representations, laying groundwork for digital-twin capabilities.

Qualifications

• MEng or MSc in a related engineering field.
• 3+ years of physics-based simulation experience in industry or research.
• Strong communication skills and ability to translate results into design actions.

Responsibilities

• Multiphysics modeling across electrical, electromagnetic, thermal, CFD, and structural domains.
• Model high-voltage systems, powertrains, battery packs, and related components.
• Perform thermal and fluid analyses for cooling and airflow.
• Conduct structural analyses including stress, deformation, and fatigue.
• Prepare CAD geometry and build suitable meshes for solvers.
• Correlate simulation results with lab/track data and run optimization studies.
• Connect component models into virtual representations for digital-twin work.
• Communicate simulation assumptions and findings during technical reviews.

Skills

3D modelling

Simulation engineering

Technical communication

Analytical thinking

Education

MEng or MSc in engineering

Tools

COMSOL Multiphysics

CAx tools

Job description

Looking to race into your next role? Strap in, we're looking for a Multiphysics Simulation Engineer to join our unique mission!

About Formula E:

Formula E, the world's fastest-growing sport, is redefining motorsport with a bold focus on innovation and sustainability.

Hosting over 150 races in iconic cities globally and backed by top manufacturers like Porsche, Nissan and Jaguar, we feature elite drivers and cutting-edge EV technology.

As the world's first certified B Corp sport and the first sport certified to the British Standards Institution (BSI) Net Zero Pathway. Formula E combines thrilling entertainment with a mission to advance sustainable progress, inspiring a global fanbase with our high-performance brand new GEN4 car capable of hitting speeds of 335kph and reaching 200kph in just 4.4 seconds. Currently achieving 0-100 kmh in 1.8 seconds.

Using the spectacle of sport, we are sending a powerful and meaningful message to help alter perceptions and speed-up the switch to electric mobility.

The Role:

As our Multiphysics Simulation Engineer, you will turn complex physical problems into clear, practical recommendations to support the development of next-generation all-electric race cars and trackside technical systems.

Using COMSOL Multiphysics® as your principal simulation platform, you will solve coupled electrical, electromagnetic, thermal, fluid, and structural challenges. Beyond component-level modelling, you will connect subsystem models into comprehensive virtual representations of the car, laying the groundwork for Formula E’s future digital-twin capabilities. You will collaborate closely with internal technical teams, the FIA, automotive manufacturers, technical partners, and test teams.

Key Responsibilities

• Multiphysics Modeling: Develop, run, and interpret 3D simulation models in COMSOL Multiphysics across electrical, electromagnetic, thermal, CFD, and structural domains.
• High-Voltage & Powertrain Analysis: Model and investigate electric machines, battery packs, power electronics, EV charging systems, high-voltage cabling, busbars, connectors, and sensors.
• Thermal & Fluid Dynamics: Perform thermal and CFD analyses of cooling systems, internal/external airflow, pressure losses, and conjugate heat transfer.
• Structural Mechanics: Conduct structural analyses covering stress, deformation, stiffness, vibration, fatigue, and thermal loading.
• Geometry & Meshing: Prepare and simplify CAD geometry and build computational meshes tailored for accurate numerical solving.
• Test Data Correlation & Optimisation: Correlate virtual models with lab, rig, supplier, and track-test data, running parametric and optimization studies to enhance performance, efficiency, safety, and reliability.
• System Integration & Digital Twins: Connect component models into larger virtual representations of the race car, helping establish validation and configuration practices for digital-twin development.
• Technical Communication: Clearly communicate simulation assumptions, solver settings, limitations, and actionable findings during technical reviews.

What we're looking for in you:

• Educational Background: An MEng or MSc in electrical, electronic, mechanical, automotive, aerospace, computational, or mechatronics engineering, applied physics, or a closely related discipline. (Electrical/electronic engineering combined with 3D CAE experience is highly preferred).
• Simulation Experience: At least 3 years of relevant physics-based simulation experience in industry, applied research, or advanced engineering development. (5+ years of experience is desirable).
• Technical Domain Expertise: Practical experience in 3D physics-based modeling across electrical/electromagnetics, thermal management, CFD, or structural mechanics. Experience with EV high-voltage systems or electric powertrains is a strong advantage.
• Tooling & Numerical Methods: Solid understanding of numerical methods, boundary conditions, mesh quality, and solver convergence. COMSOL Multiphysics experience is advantageous, though experience with other major professional CAE tools is welcome.
• CAD & Data Correlation: Experience preparing CAD geometry and correlating simulation models with physical test/telemetry data.
• Mindset & Approach: Strong engineering judgment with the ability to translate numerical outputs into concrete design recommendations. Excellent written and verbal communication skills to present methods and findings clearly to technical stakeholders.

What's in it for you?

• 25 days' annual leave, Birthday day off and Wellbeing leave
• Opportunity to extend your stay if travelling for a race event
• Health Cash Plan and access to the Aviva Digital Workplace app
• Enhanced Parental Leave
• Flexible Bank Holidays
• Paid volunteer and carer's leave
• Cycle to Work and Electric Car Scheme
• Formula E store discount
• Regular social events and employee working groups

This is a hybrid role and you'll be required to do 3 days a week in our Hammersmith London office

Application Process

The closing date for this role is 14th October 2026, however if we receive a high volume of applications we may close it early.

At Formula E, we are building a culture where every voice matters, every perspective accelerates progress, and every individual is empowered to rise, contribute boldly, and shape a better world - together. We will provide equal opportunities regardless of an individuals' protected characteristics. We believe in attracting and retaining diverse talent to strengthen our global vision with a variety of experiences, backgrounds and perspectives.

Our mission is clear. The message is simple. Whoever you are. However you live. Whatever you believe. Formula E. For the Future. For Everyone.

We’ll see you at the starting line!

¡VAMOS!