Level 6 Apprenticeship: Applied Professional Engineering Programme - Electrical Engineering
Listed on 2026-03-01
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Engineering
Electrical Engineering, Electronics Engineer
Job Title
Level 6 Applied Professional Engineering Programme Degree Apprenticeship – Electrical or Electronic Technical Support Pathway
Key DatesPosting End Date: 01/03/2026
Start Date:
7th September 2026
Programme Duration: 4 years
Whitley, National Automotive Innovation Centre (NAIC) at the University of Warwick
Hybrid WorkingHybrid 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.
OverviewYou’ve picked the perfect time to take the first step on an extraordinary career path with JLR’s apprenticeship programme and be at the forefront of tomorrow’s technology. Experience first‑hand how innovation shapes the future of mobility. Arrive as you are. Achieve the exceptional.
Programme DescriptionOur Level 6 Applied Professional Engineering Programme Degree Apprenticeship is aimed at those with a passion for learning and innovation. We’re reimagining the future of automotive, refining the quality of our combustion engines and expanding into electrification. As an Applied Professional Engineering Degree Apprentice, you will become a multi‑disciplinary engineer, developing digital technology solutions for modern luxury vehicles that are renowned for their desirability and performance.
This four‑year programme adheres to the Skills England Product Development and Design (Degree) Apprenticeship standard. The apprentice will develop the Knowledge, Skills and Behaviours (KSBs) outlined in the standard, which will be assessed during an End Point Assessment (EPA).
Electrical or Electronic Technical Support PathwayElectronics drives most innovations in modern vehicles. As an Electrical and Electronics Engineer, you will learn electronic circuit design, power electronics, embedded safety‑critical system design, programming, and more.
What to ExpectYour apprenticeship will provide hands‑on experience and career‑building skills while you work at the forefront of the automotive industry. You’ll build practical skills, deepen foundational knowledge, and develop essential business behaviours such as teamwork and problem‑solving, supported by a JLR early careers cohort leader, university team and line manager. The programme culminates in a BEng (Hons) in Applied Professional Engineering from the University of Warwick.
Year1–2
Delivered through a combination of online study, face‑to‑face lectures, and independent learning each week. You’ll apply university learning to real‑world projects and study modules that build essential knowledge, skills and behaviours, with regular process reviews for support.
Years 3–4Modules related to your chosen specialism – Electrical and Electronic Technical Support – are completed. The final year includes a work‑based project and EPA, allowing you to apply skills gained throughout the programme. Successful completion leads to a Level 6 Apprenticeship and new responsibilities.
Engineering Operations (EO)Engineering Operations underpin technical innovation and product delivery with programme management, tools, processes and specialist technical services. Roles span project management, information management, data analytics, prototype building and testing. You may work with Operations, Prototype Operations, Electrical and Software, Prototype Battery Build or Test Operations teams, building and maintaining Labcars, facilitating testing, or developing Electro‑Mechanical Test Bench‑on‑Hardware in Loop (HIL) solutions.
PotentialRoles
- Power Electronics Engineer – Whitley
Provide support to the Energy Platform department, improve capabilities and quality processes, test high‑voltage systems, support battery management systems, power electronics and charging systems, and develop problem‑solving and customer liaison skills. - Power Electronics Engineer – University of Warwick (APRL)
Support the Lead Engineer in operating current and future power electronics, develop test conditions on automated rigs, gain experience in high‑voltage test operations, inverter fundamentals, design validation and ISO standard compliance.
GCSE Maths and English…
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