Hybrid working is potentially available, depending on the area and manager. JLR is a multi-site business and you’ll be required to spend time working with different departments at several locations.
JLR’s graduate programmes are not eligible for sponsorship and therefore, we will only accept applications for this programme from candidates with the unrestricted right to work in the UK for an indefinite period (if you are on a tier 4 student visa or a graduate route visa you are not eligible to apply to this programme).
Product engineering: future propulsion systems graduate programme
Fossil fuels have dominated automotive propulsion since the introduction of cars, but our priorities are evolving as we move toward the future. Before the end of the decade Range Rover, Discovery and Defender brands will offer pure‑electric options, while Jaguar will be entirely electric - and you have the opportunity to be part of this journey.
As a Future Propulsion Systems graduate, you’ll learn what it takes to deliver the high-quality propulsion systems of the future. You’ll work in a range of different environments, using a mixture of engineering tools such as Computer Aided Engineering (CAE) and Computer Aided Design (CAD) in addition to data analysis techniques, while closely partnering customer groups.
You’ll take a systems view of the entire delivery landscape for commodities and systems, working closely with our programme managers, purchasing, manufacturing, external engineering service providers and Jaguar engineering to create and deliver final completed products to quality, cost and time targets. We’ll look to you for new ideas and fresh perspectives on everything we do – we want to be actively challenged in how we think and what we do.
During the two-year long programme, you’ll rotate through a variety of placements to help you develop your technical knowledge at either component or system level, touching on everything from design to the operation of fully electric propulsion systems. Along the way, you'll gain a full understanding of conceptualisation, design, development, optimisation and delivery for world-class components and systems. We’ll try to match your placement with your skill set and interests, and you’ll be supported by a mentor every step of the way
Below you can find out more about the teams that you could be working in. Which team you’re placed in will depend on your personal preferences and business needs.
Engineering Operations (EO) team
Engineering Operations underpins technical innovation and product delivery with modern tools and processes, and specialist technical services. We deliver world-class products thanks to our diverse team who work on everything from project management and data analytics through to building and testing prototypes. We’re involved at every stage of the engineering process, helping JLR to transform the way we engineer and deliver our products.
As part of your programme, you could find yourself working in one of our Prototype Build or Test Teams – collaborating on business-critical projects and working with state-of-the art technology. You’ll have the opportunity to take on different responsibilities that match your skill set and interests, and you’ll be supported by a mentor every step of the way. The work you do in Engineering Operations will have a real impact on our product development cycle and places you at the forefront of exciting new technologies in the propulsion space.
Propulsion team
Propulsion engineering at JLR is changing - bringing power, performance and connectivity together to create the future of exceptional and environmentally friendly driving experiences.
Our iconic brands are the foundation of exemplary British engineering, but now we’re using cutting-edge research and technology to develop the next generation of electric drive units, energy storage devices, engines, batteries, transmissions and drivelines.
We’re a global team, with testing facilities and offices all around the world. With this kind of global presence and our £15bn investment in the electrification of our luxury brands, Propulsion is where modern luxury comes to life.
On the Future Propulsion Systems Graduate Programme, you could find yourself working in any of the following teams:
- Advanced propulsion – Develop the next generation of powertrain components, including new architectures, advanced energy storage, novel electric drives, cutting-edge power electronics, multifunction ancillary systems and other advanced powertrain commodities.
- Power electronics and HV integration - Create cutting-edge 800V electrical system components and system design, delivering class-leading electric passenger cars to a global market.
- Electric drive units, e-machines, transmissions and inverters - Work on the design and engineering of the world’s best electric motors, transmissions and advanced inverters creating an exceptional electric drive experience.
As part of Propulsion, you’ll be key to securing JLRs future as a leading provider of premium and sustainable electrified vehicles, supporting JLRs commitment to Destination Zero by 2039.
Your development
Our graduate programme is all about helping you grow and thrive. You’ll get to work with some of the brightest minds in the industry, build connections, and gain valuable insights that will set you up for success.
We’re here to support you every step of the way, both personally and professionally, so you can reach your full potential. As a graduate, you’ll join a bespoke learning programme designed and delivered in partnership with our external training partner, Ashorne Hill.
You’ll build essential business skills, including resilience, decision making and problem solving, personal branding, and self-care. Plus, you’ll have dedicated off-the-job learning time and the ongoing support of our Early Careers Delivery team, who will be with you throughout your journey.
During the programme, you’ll sharpen your creative and strategic thinking, develop leadership skills, and contribute to key business projects. By the time you finish, you’ll be ready to make an impact and play a vital role in shaping the future of JLR.
What you'll need
To join the Product Engineering: Future Propulsion Systems Graduate Programme, you’ll need to hold or be on track to achieve at least a 2.2 degree in mechanical or automotive engineering/design, systems CAD, chemistry, physics or computer science.
You should be a skilled problem-solver with a curiosity for understanding business challenges and a drive to deliver innovative solutions. Strong numerical and interpersonal skills, along with the confidence to champion new initiatives, are also essential.
Rewards and benefits
Our 2025 graduate programme salary is £32,000, with a £2,000 joining bonus to welcome you to JLR. After two years, you will progress from the graduate programme on a £39,000 salary. In addition, JLR offer a generous holiday allowance, a discounted car purchase and lease scheme for you and your family, excellent pension provisions and access to a wide range of deals and discounts from well-known retailers and sports clubs.
Diversity and inclusion
At JLR, we’re passionate about our people. They are at the heart of our business. We’re committed to fostering a diverse, inclusive culture that is representative of the society in which we live; a culture in which every one of our employees can bring their authentic self to work and reach their full potential.
JLR is committed to delivering equal opportunities for all. We understand candidates may require reasonable adjustments during the recruitment process. Please discuss these with our recruitment team so we can accommodate your needs.
Arrive as you are. Achieve the exceptional.
You will channel your curiosity and creativity every day, sharpening your skills for a successful, transformative career. You own your development, and only you can make it happen. We’ll be there right by your side in your pursuit of exceptional, and we’ll provide all the encouragement and support you need for a long, fulfilling career.
Please be aware that we may close our programmes at any point and at short notice based on the volume of applications received. To give yourself the best chance of being considered for a place on this programme, please apply early.
