French automotive groups manufacture several million vehicles worldwide every year. Since recovering from the COVID-19 pandemic’s effects, the sector is undergoing a profound transformation driven by electrification, digitalisation, and new mobility solutions. One of the major challenges currently facing the automotive sector is to produce vehicles that are less polluting and more cost-effective. Find out how to become an automotive engineer.
With the evolution of vehicles, the automotive industry has a bright future ahead. A passion for cars and a keen interest in entering this sector, which is undergoing a major ecological and technological revolution, are clear stepping stones toward building a career in automotive engineering.
ESILV’s Master in Engineering specialisation in Modelling & Computational Mechanics provides an excellent pathway into the automotive industry. Through advanced training in computational mechanics, simulation, numerical methods, and engineering modelling, graduates are prepared to contribute to vehicle design, structural optimisation, crash analysis, thermal management, and digital engineering projects within automotive manufacturers, suppliers, and engineering consultancies.
The automotive industry: A rapidly evolving sector
The gradual depletion of oil reserves, environmental constraints, new markets in emerging economies, new technologies, and changing consumer expectations for more autonomous vehicles: the automotive industry is undergoing rapid change to meet these numerous challenges.
Today’s motorists are looking for cars that are more energy-efficient, yet just as powerful in terms of engine performance, safer, more connected, more automated and equipped with a user-friendly control interface.
The main drivers of innovation in the automotive industry are now electrification, software-defined vehicles, advanced driver-assistance systems (ADAS), connected mobility, artificial intelligence, digital twins, and sustainable manufacturing.
Engineers capable of combining mechanical expertise with simulation, data analysis, and computational modelling are particularly sought after. This is good news for engineers trained in these fields, who are in high demand for their ability to innovate and design the products of the future.
The qualities and skills of an automotive engineer
As a specialist in complex electronic and mechanical systems, the automotive engineer’s role is to improve the various components of a vehicle – bodywork, engine, dashboards, interior, etc. – and to design the vehicles of the future, integrating AI whilst complying with current regulatory requirements. To carry out this role successfully, they must not only be able to work on the most complex systems but also collaborate with other specialists, such as designers and AI engineers.
Determined, persevering and meticulous, the engineer must adhere to the budgets and deadlines set for a project. They must also ensure the safety of everything they produce in order to comply with current standards.
Similarly, this professional must possess managerial skills, as they are required to coordinate their research and teams. They must be able to communicate effectively with colleagues, tailoring their approach to different audiences, and work as part of a team, as every aspect of automotive engineering interacts with the others.
An automotive engineer must be able to manage a project from start to finish, from the design phase right through to the final tests on prototypes. Designing new models in accordance with precise specifications, carrying out computer-based tests and calculations, and adjusting all the parameters are all tasks that form part of their day-to-day work.
Many innovative projects are currently underway, so creativity is also essential for engineers seeking to pursue this career path. Safety requirements are now of paramount importance to customers, opening up new areas of research for all professionals in the sector.
A childhood dream can become an actual career
Plenty of opportunities
Engineers are recruited by major manufacturers such as Renault Group and Stellantis, as well as by equipment suppliers including Valeo, Forvia, OPmobility, Bosch and Continental. Engineers will have a broader range of responsibilities and be more versatile in SMEs (small and medium-sized enterprises) than in a large corporation, where tasks are more clearly defined.
Engineers can work in a wide range of roles: research and development, quality assurance, testing, validation, safety, in-vehicle electronics, maintenance, etc. Engineers specialising in marketing or sales are also in demand.
They can specialise in a particular field and aim to head up a department. As their careers progress, they will be able to manage increasingly significant projects with ever-greater responsibilities. International mobility is also a key factor in their career progression.
In the automotive sector, the most sought-after experts are systems engineers specialising in connected products, systems engineers who can improve vehicle performance, and project managers. In France, graduate automotive engineers typically start between €38,000 and €45,000 gross per year, depending on their specialisation and location. Engineers working in simulation, computational mechanics, battery development, embedded systems or advanced vehicle technologies often command higher starting salaries. Experienced project managers, technical experts and engineering directors may earn between €70,000 and over €100,000 annually.
Modelling & Computational Mechanics: key skills for tomorrow’s automotive industry
The development of modern vehicles increasingly relies on virtual engineering environments. Before a physical prototype is manufactured, engineers use advanced numerical simulations to analyse structural behaviour, optimise aerodynamics, predict thermal performance and improve passenger safety.
Computational mechanics plays a central role in many automotive applications, including crash simulations, fatigue analysis, lightweight design, battery protection systems and vehicle dynamics. Engineers capable of working with finite element methods (FEM), computational fluid dynamics (CFD), optimisation algorithms and digital twins are highly valued by manufacturers, suppliers and engineering consultancies.
Students specialising in Modelling & Computational Mechanics at ESILV acquire these advanced skills through courses in numerical simulation, structural analysis, materials modelling and computational engineering. These competencies directly address the growing need for engineers capable of accelerating vehicle development while reducing physical testing costs and shortening innovation cycles.
This post was last modified on 18 June 2026 1:30 pm