Senior Thermal Systems Engineer - Plug-in Hybrid Supercar Platforms

ZipRecruiter; Coventry; On-site; GBP 60,000 - 80,000; Full time

Job summary

A leading automotive technology firm in Coventry is seeking an experienced professional to lead thermal integration for high-performance hybrid supercars. You'll be responsible for architecting cooling networks, performing fluid dynamics simulations using tools like GT-Suite, and collaborating with multidisciplinary teams. This role is critical in ensuring the performance and safety of advanced vehicle technology.

Qualifications

• Experience in architecting and validating multi-loop cooling networks for automotive applications.
• Proficient in performing fluid dynamics simulations.
• Ability to lead cross-disciplinary teams and collaborate with suppliers.

Responsibilities

• Lead the thermal design of hybrid supercars.
• Develop thermal strategies and execute Design Verification Plans.
• Contribute to defining best practices for hybrid cooling systems.

Skills

Thermal simulation

Fluid dynamics

Collaboration

Tools

GT-Suite

Converge CFD

STAR-CCM+

Job description

Job Description

This is an exciting opportunity to lead thermal integration within high-performance hybrid supercars, shaping innovative cooling solutions for cutting-edge technology.

In this role, you will architect and validate multi-loop cooling networks supporting batteries, electronic modules, engines, transmissions, and e-axles. You'll develop thermal strategies, execute Design Verification Plans, and perform fluid dynamics simulations using tools like GT-Suite, Converge CFD, and STAR-CCM+. Your expertise will ensure safety, efficiency, and reliability across extreme operational conditions.

Collaborate across multidisciplinary teams, liaise with global suppliers, and contribute to defining best practices for hybrid cooling systems. Your experience in thermal simulation, risk assessments, and validation planning will be essential for success and innovation in this demanding environment.

This position offers a unique chance to lead the thermal design of some of the most advanced hybrid supercars, delivering performance and safety for tomorrow's electrified automotive landscape.
• Download Job Profile