Nissan Formula E Team has unveiled its updated livery for the 2024/25 ABB FIA Formula E World Championship, with the team being prepared for the first campaign under the new GEN3 Evo regulations.

For the upcoming season, Nissan Formula E Team states it has opted to continue with its cherry blossom livery, which has been a fan-favourite ever since it debuted at the start of Season 9.

The pattern is meaningful for the outfit, both as a hint to its Japanese DNA and new beginnings, as well as now being part of Nissan’s identity in Formula E. The Japanese team will be looking to build on a strong Season 10, which saw it finish fourth in the Teams’ and Drivers’ Championship, as well as third in the newly-established Manufacturers’ Championship.

Nissan Formula E Team has opted to refresh its driver line-up, with the experienced Norman Nato returning after a season away. Together with Oliver Rowland, who took two victories and five further podiums in an excellent Season 10, the squad now boasts two Formula E race winners. Both drivers possess the knowledge of how to get the most out of their machinery and have a proven track record of helping teams develop their cars. Nato will continue to sport the #17 on his Nissan e-4ORCE 05, while Rowland switches to Nissan’s traditional #23.

The new factory is also fully operational ahead of the 2024/25 campaign. The Nissan Formula E Team dedicated facility stretches over 2,600 square meters and features a workshop area, simulator, engineering and management offices, as well as display, meeting and multipurpose areas. Located south of Paris, the headquarters is based close to other Nissan sites and its Alliance partners, ensuring synergies and access to talent, equipment and facilities available within Nissan and the group.

Rowland and Nato will be on track for the first time in an official capacity as team mates at pre-season testing on 4-7 November in Valencia, while Season 11 kicks off on December 7 at the Sao Paulo E-Prix.

Tommaso Volpe, MD and team principal, Nissan Formula E Team said: “We’re excited for the new season and have been working hard, getting to grips with the GEN3 Evo car. Everything has been running smoothly so far and we’re looking forward to getting out on track in Valencia. Our new workshop is fully operational now, which is making a huge difference - we’ve been able to take full advantage of the facilities, allowing us to maximise the potential of the team. In terms of drivers, Norman has settled in very quickly, he knew most of the crew already so that made things easier than normal. Together with Oli, we’re confident that we have a strong line-up ready to fight for wins and podiums throughout the upcoming campaign. On top of that, we’ve got great companies supporting us, with Electromin extending and increasing its collaboration with the team to become our main partner, alongside existing relationships with Coral and Coral Eyewear, who we are delighted to be working with. We’re fully focused on improving at every step and continuing where we left off a few months ago, as we aim to challenge at the top in Season 11.”

Oliver Rowland: “It’s been good to re-charge after a busy year, but I’ve still been preparing for Season 11, making sure I’m in good shape both physically and mentally. It’s great to have the new workshop fully in action, I’ve been really impressed by the facilities. The location is ideal and it sets a high bar for ourselves, showing our ambition to continue improving and fighting at the front. There are a few areas to get on top of with the GEN3 Evo, including the all-wheel drive technology, but we’ll look to iron everything out and be ready to take up the fight from the first race.”

Norman Nato: “I’m delighted to be back with team and I already feel comfortable straight away with the car, simulator and staff. The biggest change has been the excellent new workshop, allowing us to prepare and debrief from races in amazing conditions, with the highest level equipment available to us. The updated livery is really cool, keeping our Japanese identity and the fans love it, making us so recognisable on- track. I can’t wait to start this GEN3 Evo era in Valencia testing, before heading out to Brazil for the season opener!”

The Japanese team acknowledged the role of its partners including, Electromin which increased its involvement with the team, becoming innovation partner. A leading mobility solutions provider in the Middle East, Electromin is a subsidiary of Petromin Corporation, one of Nissan’s official importers in Saudi Arabia. 

Kalyana Sivagnanam, Group CEO, Petromin Corporation said: “We are immensely proud to enter this strategic partnership with Nissan Formula E Team as its official global sponsor for the next four years, with Electromin leading the charge in the first year. As the pioneers of electric mobility in Saudi Arabia through Electromin, we see this partnership as a key step in accelerating the adoption of EV technology across the region.”

Coral remains on board as the squad’s sustainability partner, specialising in offsetting carbon emissions. Coral helps the team assess, monitor and reduce its carbon footprint. 

Daniele Sileri, Founder and Head of Strategy, Coral said: "Nissan Formula E Team has been the perfect launch partner for Coral. We are delighted to show the tangible results of our partnership in a matter of weeks, whereby we can help the team offset its carbon footprint."

Coral Eyewear also continues its relationship with the team for a second season. The sustainable fashion start-up supplies the outfit with its distinctive product range, which are crafted using recycled plastic and plant-based materials. 

George Bailey, Co- Founder, Coral Eyewear said: "We're immensely proud to be partnering with Nissan Formula E Team. It's exciting to see developments in electric technology moving from the track into road vehicles, and the team are clearly making efforts to choose sustainable options.”

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Bengaluru-based technology company Tsuyo Manufacturing has been granted two patents for electric vehicle motor designs, increasing its portfolio to 29 innovations.

The company claims it has supplied 300,000 powertrains to 25 manufacturers across the commercial vehicle, agriculture and industrial sectors.

The first patent covers a bridge design for synchronous reluctance motors. This architecture increases torque density and efficiency whilst reducing energy losses and the requirement for rare-earth materials. The second patent focuses on a five-phase permanent magnet motor using a dual inverter system. This technology allows the motor to switch between modes for startup and torque demands and maintains operation if a phase failure occurs.

These technologies were developed through research and collaboration with the Visvesvaraya National Institute of Technology, Nagpur. The company recently received approval from the Government of Karnataka for a manufacturing expansion to increase powertrain production.

Vijay Kumar, Founder and CEO, Tsuyo Manufacturing, said, "These patents mark a significant milestone and recognition in our mission to develop and promote Design-In-India technology for both domestic and global EV markets. At Tsuyo, we are not merely creating components; we are engineering a comprehensive design approach, crafting fundamental technology to drive sustainable and impactful innovation. Our goal is to offer a resilient powertrain system that addresses real-world performance challenges in electric mobility. Our commitment to deep-tech innovation, supported by a strong in-house R&D team and robust academic collaborations, enables us to challenge conventional construction and topology in hardware. This approach allows us to create niche, modular designs that are manufacturable and scalable, delivering solutions that enhance efficiency, reliability, and cost-effectiveness for OEMs. We take pride in being India's fastest research and engineering startup, consistently advancing our research from TRL1 to TRL9 levels. As India moves towards electrification, we are proud to contribute to the 'Design in India, for the world' vision while expanding our IP portfolio with numerous innovations in the pipeline."

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Skoda Auto Volkswagen India (SAVWIPL) has opened a new 33,000 sqft wing at its Technology Centre Pune (TCP) in Baner. The facility is designed to house 250 engineers, bringing the total engineering workforce to more than 450 across its Pune sites.

The expansion aims to increase capacity for vehicle development, platform engineering and software solutions. Staff at the Baner site will also focus on sustainable mobility and connected technologies. This centre acts as a hub for both domestic and international projects within the Volkswagen Group.

The Technology Centre Pune has previously managed the development of models for the Indian market, including the Volkswagen Taigun, the Skoda Kushaq and the Skoda Kylaq sub-4-meter SUV. The new wing is intended to improve localisation and speed up the adaptation of global platforms for local requirements.

Piyush Arora, Managing Director & CEO, Skoda Auto Volkswagen India, said, “The expansion of our R&D footprint in Pune marks another important milestone in our India journey. With the new Baner wing, we are creating additional capacity in a dynamic urban location while building on the strong foundation of our Technology Centre Pune in Chakan. As part of its long-term roadmap, TCP is set to expand its competencies in digitalization, automation, and advanced safety technologies. This combined engineering ecosystem allows us to deliver global-quality solutions with higher speed, greater localisation, and a sharper understanding of customer requirements in India and the world. It further underlines India’s position as a strategic development and competency hub for the Volkswagen Group.”

The company started the Technology Centre Pune in 2019 at its Chakan plant. This latest expansion in Baner is part of a roadmap to increase competencies in automation and safety technologies while maintaining the Group's standards for the subcontinent and export markets.

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Tata Motors, one of the leading commercial vehicle manufacturers, has reached a new innovation peak, filing 144 patent applications in FY2025-26, which it claims is the highest annual count ever recorded by its commercial vehicles (CV) division.

The surge in intellectual property activity reflects the company’s shift toward ‘future-ready’ technologies. Beyond traditional mechanical engineering, the new filings focus heavily on sustainable mobility, including electric vehicle (EV) architectures and hydrogen-based internal combustion engines (H2-ICE).

In addition to the record-breaking patent applications, the company expanded its broader IP footprint, which includes 21 design applications and 35 copyright applications; secured 15 new patent grants during the year and now holds a total of over 650 granted patents.

The engineering teams have focused their innovation efforts on four core pillars: Vehicle Safety – advanced driver assistance and structural integrity, Reliability – enhancing the lifecycle of heavy-duty components, Total Cost of Ownership (TCO) – optimising fuel/energy efficiency to improve profitability for fleet operators. And Occupant Comfort – ergonomic and cabin climate innovations for long-haul drivers.

A significant portion of the recent innovation is tied to Tata Motors' leadership in the hydrogen ecosystem. In February 2026, the company signed an MoU with the V.O. Chidambaranar Port Authority to deploy 40 hydrogen-powered heavy-duty trucks (Tata Prima 55-tonne).  

The patent filings support a multi-fuel strategy, encompassing Battery Electric Vehicles (BEVs), Hydrogen ICE, and Hydrogen Fuel Cell technologies, as confirmed by Chairman N Chandrasekaran earlier this month.

Aniruddha Kulkarni, Vice-President and Head of Engineering, Tata Motors, said, “Innovation is at the heart of everything we do at Tata Motors Commercial Vehicles. The record number of patent applications filed in FY26 is a testament to the passion, creativity, and technical excellence of our engineering teams. It reinforces our vision of establishing Tata Motors as a global benchmark for innovation in commercial mobility. As we look ahead, we remain committed to harnessing our innovation capabilities to serve the long-term interests of our customers, communities, and the nation.”

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MathWorks has announced Release 2026a (R2026a) of MATLAB and Simulink, headlined by the introduction of AI-powered ‘copilots’ designed to streamline embedded systems development and software verification.

The release focuses on ‘grounded AI’ – integrating generative AI directly into existing engineering environments to improve productivity without compromising the rigour and traceability required for complex systems.

MathWorks is expanding its AI ecosystem by embedding assistants into specific development stages. The Simulink Copilot is for model-based design, it provides context-aware guidance by generating model explanations, answering behaviour-related questions and helping users navigate complex subsystems.

Polyspace Copilot assists in interpreting static analysis results. It helps engineers understand coding vulnerabilities and suggests remedies based on Polyspace analysis findings.

MATLAB Copilot now integrated into MATLAB Test to help engineers generate starter tests and equivalence tests from command history.

Beyond AI assistants, R2026a introduces new products and workflows for software quality:

Polyspace as You Code: A new tool for C and C++ developers that identifies defects and security vulnerabilities in real-time as code is written.

Polyspace Enhancements: Includes a new unified desktop application and ‘software-sanitising’ capabilities in Polyspace Test for dynamic analysis of runtime errors.

Simulink FMU Builder: A new standalone product that creates Functional Mockup Units (FMUs) to facilitate model exchange and integration across different simulation environments.

Avinash Nehemiah, Head of Product Management, MathWorks, said, “In engineering design and software verification, productivity improvements cannot come at the expense of rigor, traceability, or trust. MathWorks is committed to delivering grounded AI tools that help teams move faster while preserving the discipline required to develop complex engineered systems.”

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