JLR To Hire 250 Electrical Technicians For Future EVs

These new roles, part of a £15 billion investment, are in addition to 300 positions created last year by the British car maker.

Jaguar Land Rover (JLR) is expanding significantly by recruiting 250 electrical engineers to develop a range of new electric vehicles (EVs) set to debut by 2030. This recruitment drive starts with the introduction of an electric Range Rover later this year.

These roles are part of a broader initiative, adding to the 300 technician positions announced last year. All these positions are funded through JLR’s £15 billion Reimagine strategy, aimed at transitioning the company into the era of electric mobility.

The new hires will be based at JLR’s Gaydon Engineering Centre and Whitley Future Energy Lab. Forty of these roles will concentrate on crucial aspects such as electrical architecture and battery technologies, which are fundamental to the upcoming generation of EVs. The focus will include advanced energy storage systems, battery cell design, cell stack assemblies, and software systems. Freddy Gunnarsson, the cell design manager, emphasized that this area is key to future-proofing the company and providing owners with the exceptional driving and charging experiences expected from modern luxury vehicles.

Furthermore, the remaining positions will cover propulsion, integration of high-voltage architecture, design of electrical system components, and the development of fast-charging technology. Thomas Müller, executive director of product engineering, highlighted the importance of investing in both people and technology to realize the Reimagine strategy. He mentioned that the company is seeking talented individuals to contribute to advancements in propulsion technology, which will be the foundation of JLR’s next-generation luxury vehicles.

- Advertisement -

These new roles complement the 300 previously announced positions, 100 of which are maintenance technicians responsible for 700 robots at JLR’s new £130 million automated body production facility in Solihull. This facility will boost the production of Range Rover and Range Rover Sport models by 30%. Additionally, these technicians will be trained to work on a new £70 million body production system for the upcoming electric Range Rover.

The other 200 new recruits, a mix of technicians and test engineers, will focus on the future by testing and developing next-generation EVs at the Gaydon Engineering Centre and Whitley powertrain facility. This lineup will start with the electric Range Rover at the end of 2024, followed by three all-new Jaguar models, including a four-door GT in 2025. Both the Range Rover and Jaguar models will be manufactured at the Solihull plant, which, along with the Wolverhampton engine plant and Halewood factory, will be transformed to produce EVs as part of the £15 billion investment.

Andy Street, the mayor of the West Midlands, praised the investment, highlighting the region’s rich automotive history and talented workforce. He expressed gratitude for JLR’s continued commitment to the area and the employment opportunities it brings to residents.

This announcement comes shortly after JLR’s parent company, Tata Motors, confirmed Bridgewater in Somerset as the location for its 40GWh battery plant.

- Advertisement -
Loading form…
Aryaman Raghuvanshi
Aryaman Raghuvanshi
Aryaman Raghuvanshi is a Journalist at EFY. His passion is to explore the future of mobility, which gets him to cover latest technologies shaping the future of automobiles and EVs. But, at times he writes on broader technologies too. LinkedIn: https://www.linkedin.com/in/aryaman-raghuvanshi-2431b7153

Industry's Buzz

thyssenkrupp

thyssenkrupp Expands Automotive Electronics R&D In Pune

0
thyssenkrupp Automotive Technology is expanding automotive electronics and software R&D in Pune, planning to grow its engineering team beyond 300 to support global programmes...

Nuuk and EPACK Durable Partner to Manufacture Small Appliances in India

0
Direct-to-consumer brands team up with contract manufacturers to boost domestic production of air fryers and circulator fans.  Direct-to-consumer (D2C) home appliance brand Nuuk has joined...

Potential US Curbs Bears Down on Chinese Optical Chip Stocks

0
Shares of upstream laser chip suppliers suffered steeper declines compared to downstream optical transceiver manufacturers. A report by Morgan Stanley, earlier this month, warned...
Prime Minister Modi

Modi Flags 6G And Domestic Electronics Production At IMC 2026

0
Prime Minister Narendra Modi has outlined India's next telecom priorities at India Mobile Congress 2026, linking the 5G-to-6G roadmap with semiconductor production, domestic electronics...
Fujitsu

Fujitsu-Owned 1Finity Deploys 200+ Engineers To Expand India’s Optical Networking Business

0
Japan’s Fujitsu-owned 1Finity is expanding its India networking business with more than 200 engineers as AI and data-centre growth drives demand for optical networking...

Learn From Leaders

Does India’s Chip Packaging Growth Need Local Materials At Scale?

0
What will it take for specialised semiconductor materials manufacturing to grow in India? Packaging volumes will be a key factor as OSAT facilities move...
Ronak Kumar Samantray, Founder, TM2Space Technologies Pvt Ltd.

“Our goal is to build data centres in space.” – Ronak Kumar Samantray, TM2Space

0
A space startup aims to build orbital data centres, letting users run AI models and store data on satellites while also supplying satellite hardware...

India’s Photonics Puzzle Is Finally Coming Together 

0
Can India turn its scattered photonics capabilities into a stronger industry? A new association aims to connect the ecosystem and strengthen the domestic value...
Jin Bains, CEO, Mini-Circuits

Mini-Circuits CEO Jin Bains on Navigating High-Frequency Component SWaP-C Constraints, Emerging Markets, and Career...

0
In this exclusive, Jin Bains, Chief Executive Officer (CEO) of Mini-Circuits, explains in a conversation with Dilin Anand of EFY about areas of emerging...

India Needs Not a Hundred, But Thousands of Chip Diversified Companies 

0
Can India build a semiconductor ecosystem beyond fabs? Indiesemic believes thousands of diversified chip companies are needed to make that possible. India’s semiconductor push is...

Startups

PowerMon

Aquaexchange Brings Monitoring And Automation To Shrimp Farming

0
The startup has developed an AI- and IoT-enabled platform that helps shrimp farmers manage farms, access financing, monitor operations, and connect with markets. The startup...

Drone-Like Aircraft For Logistics From BluJ Aerospace

0
Hyderabad-based BluJ Aerospace is developing indigenous electric and hydrogen-powered vertical take-off and landing (VTOL) aircraft for remote cargo transport. BluJ Aerospace, a Hyderabad-based aerospace startup...
Jash Jetly, Co-founder and CEO of EVE

“The cloud isn’t the only way to run AI. We’re proving it can happen...

0
A startup is building a decentralised AI and communication network that runs across everyday devices instead of centralised cloud servers. In an interview, Jash...
Mohit Gupta, founder and CEO, TYLsemi

Building AI Chips, One Block at a Time 

0
What if building an AI chip became as simple as assembling reusable blocks? The startup is working to make custom silicon accessible beyond the...
Seema Johar, Co-Founder and Product Director, Compcarta Solutions Pvt Ltd

“We Let Designers Focus on Innovation, Not Infrastructure.”- Seema Johar, Compcarta Solutions

0
In an exclusive interview, Seema Johar of Compcarta speaks with EFY’s Akanksha Sondhi Gaur about why setting up an EDA environment can be harder...