Experienced partners to the global Automotive industry.

Our specialist support to automotive OEMs in internal combustion engine (ICE) powertrain engineering helps optimise fuel efficiency, reduce emissions, and improve performance. Our expertise spans the entire powertrain development from engine design, turbocharging, after-treatment systems, drivetrain integration, and transmission efficiency. We use computational simulations, durability testing, and thermal management strategies to enhance ICE performance while meeting stringent emissions regulations.

With the shift towards electrification, we offer end-to-end engineering solutions for Electric Vehicles (EVs) and hybrid powertrain development. Our capabilities include battery system design, electric motor integration, thermal management, and power electronics optimisation for vehicle systems. We enable smooth transitions from conventional to electric mobility through system-level simulations and real-world validation, ensuring superior energy efficiency, range extension, and regulatory compliance.

Effective thermal management is essential for powertrain efficiency, battery longevity, and passenger comfort. Our team develops advanced cooling strategies, HVAC system optimisations, and predictive thermal simulations to regulate temperature across ICE, hybrid, and EV platforms. We optimise heat exchangers, thermal insulation, and air circulation to improve energy efficiency and vehicle systems performance.

We deliver comprehensive vehicle body engineering solutions for automotive OEMs, covering structural analysis, crashworthiness, lightweight material integration, and aerodynamics optimisation. Our expertise ensures safety, durability, and fuel efficiency enhancements across vehicle systems and platforms. Using CAE-driven structural simulations, we develop cost-effective and manufacturable designs that comply with industry standards.

We engineer advanced HVAC and climate control systems to enhance thermal comfort, air quality, and energy efficiency. Our expertise includes thermal load analysis, airflow optimisation, and climate control automation, ensuring optimal cabin temperature regulation for ICE and EV platforms.

Our interior engineering solutions focus on ergonomics, aesthetics, lightweight materials, and modular seating designs. We develop driver-centric dashboards, intelligent seating layouts, and acoustic insulation technologies, balancing comfort, functionality, and safety for all vehicle systems, including cars and HGVs.

Comprehensive solutions spanning powertrain, thermal, interior, and exterior systems.

Advanced CAE, CFD, and multi-domain simulations to refine designs before prototyping.

Engineering solutions aligned with global safety, emissions, and efficiency standards.

Support for EV, hybrid, and alternative fuel transitions.

A focus on performance, sustainability, and cost-effectiveness for next-generation mobility solutions.