The global automotive research and development landscape is undergoing a historic transformation.

For decades, multinational automakers kept core engineering authority at their overseas headquarters, while their Chinese operations mainly handled regulatory adaptation, minor design changes, chassis tuning and long-wheelbase derivatives for local customers. That model is now being fundamentally rewritten.

Supported by a mature intelligent vehicle ecosystem, advanced software and artificial intelligence capabilities, and exceptionally fast development cycles, China is evolving from a regional engineering base into a major source of global automotive innovation.

Recent investments by Renault, Audi, Mercedes-Benz, BMW and other international automakers send a clear strategic message: China-based R&D is no longer focused solely on serving the Chinese market. It is increasingly being used to develop technologies, platforms and complete vehicles for global deployment.

From Local Adaptation to a Global Innovation Hub

During the internal-combustion-engine era, core technologies such as engines, transmissions and chassis systems were generally developed at multinational automakers’ global headquarters.

Chinese engineering teams were typically responsible for local compliance, interior modifications, suspension tuning, model extensions and other market-specific adjustments. They had limited influence over platform definition, underlying vehicle architecture or global product development.

The technical flow was largely one-directional: headquarters delivered a mature solution, and Chinese teams adapted it for domestic use.

The rise of intelligent electric vehicles has made that structure increasingly inefficient.

Vehicle development cycles are becoming shorter, while customer expectations for intelligent cockpits, advanced driver assistance, over-the-air upgrades and continuously evolving digital services are rising rapidly. A decision-making model in which overseas headquarters lead development and Chinese teams respond later is often too slow for today’s competitive environment.

As a result, multinational automakers are restructuring their global R&D organisations and assigning greater responsibility to their Chinese operations.

Renault Builds a Dual-Centre R&D Network in China

Renault Group provides a representative example of this transformation.

Although Renault ended sales of Renault-branded passenger vehicles in China in 2020, the company did not withdraw from the market. Instead, it continued investing in technical development.

In 2024, Renault established its Advanced China Development Center, or ACDC, and opened its Shanghai office. The facility focuses on vehicle engineering, chassis development, electric powertrains, hardware integration and related technical fields.

The ACDC Hangzhou office subsequently began operations, concentrating on software, AI algorithms, intelligent cockpits and user interaction.

Together, the Shanghai and Hangzhou offices form a complementary development structure. Shanghai focuses primarily on vehicle hardware and engineering integration, while Hangzhou strengthens Renault’s capabilities in software, artificial intelligence and digital user experience.

This dual-centre model gives Renault a more complete development chain in China.

Audi Establishes Its First Overseas Intelligent EV Technology Centre

Audi is also accelerating the restructuring of its R&D network.

The Audi Innovation Technology Center began operations in Shanghai in April. It is Audi’s first intelligent electric vehicle technology centre outside Germany and its first locally based, full-value-chain vehicle development organisation in China.

Led by Audi and supported by joint Chinese and German engineering teams, the centre focuses on intelligent electric vehicle technologies and end-to-end development of connected vehicles.

Its key research areas include immersive AI-powered cockpits and advanced driver assistance systems designed for premium Chinese customers.

Audi is also jointly developing future AUDI-brand models based on the next-generation Advanced Digitized Platform, or ADP.

The Shanghai centre is described internally as a strategic technology hub rather than a peripheral engineering branch. Its responsibilities cover platform development, technical validation, product engineering and volume-production implementation.

Future ADP-based models are expected to serve not only China but also selected international markets.

BMW Upgrades Its China Software Development Structure

BMW is strengthening its China-based digital engineering capabilities through a new organisational structure.

In July 2025, BMW Brilliance Automotive signed an agreement with Nanjing’s Jianye District to establish BMW Nanjing Information Technology Co., Ltd. as a wholly owned subsidiary.

The organisation originated from the Nanjing branch of Lingyue Digital Information Technology, which was established in 2021 and gradually became an important part of BMW’s digital innovation network in China.

As its business scope expanded, the operation was upgraded from a branch office into an independent legal entity wholly owned by BMW Brilliance. This change was intended to improve operational flexibility, organisational efficiency and development capacity.

The Nanjing operation is now one of BMW Group’s six global information technology R&D centres and its first and only dedicated IT research centre in China.

Its work covers foundational in-vehicle software, cloud services, AI development tools and digital systems for intelligent manufacturing. These capabilities will support the continuous evolution of the software stack used in BMW’s Neue Klasse vehicles.

Mercedes-Benz Moves From “For China” to “For the World”

Mercedes-Benz is following a similar path.

The company upgraded its Shanghai R&D centre from a regional technical branch into a global innovation hub in March, reflecting a broader shift in its China strategy.

Mercedes-Benz CEO Ola Källenius has repeatedly described the company’s transition from an “in China, for China” model to an “in China, for the world” approach.

Under this structure, technologies developed in China are intended not only to meet domestic customer requirements but also to support vehicles and digital systems used in other global markets.

The company’s Chinese R&D teams work closely with engineering organisations in Germany and other regions, while also collaborating with major Chinese technology partners.

One example is the latest-generation Mercedes-Maybach S-Class. Its rear-seat entertainment system was reportedly led by the company’s China-based R&D team. Urban and highway navigation-assisted driving functions are also being introduced first in China before being prepared for wider international deployment.

This reflects a broader change in the role of China-based engineering: from adapting global technologies to originating solutions that can be exported worldwide.

China-Developed Vehicles Serve International Markets

The strategic goal behind these investments extends well beyond protecting market share in China.

Multinational automakers increasingly want to use China’s innovation ecosystem to develop technologies, platforms and complete vehicle solutions that can be adapted for different regions.

This creates a new technology cycle based on development in China and deployment worldwide.

Renault’s Twingo E-Tech project illustrates this model. The vehicle’s engineering development was led by the Shanghai ACDC, while production was assigned to Renault’s Slovenian manufacturing facility.

The model was developed in approximately 22 months, making it one of the fastest vehicle programmes in Renault Group’s history. It was launched in Europe with a starting price of €19,490.

Following the project, Renault expanded the role of ACDC from a project-based engineering organisation into a global capability centre.

The China team is expected to participate in future vehicle and platform programmes for international markets, including next-generation A-segment electric models for Dacia and Nissan, as well as vehicles based on the RGEA platform for markets such as Brazil.

Software, AI and User Experience Become Core Priorities

The fundamental basis of automotive competition has changed.

In the combustion-engine era, differentiation was largely driven by mechanical technologies such as engines, transmissions and chassis systems. In the intelligent electric vehicle era, the competitive focus has shifted toward:

• Electronic and electrical architectures
• Vehicle operating systems
• AI foundation models
• Automated driving algorithms
• Intelligent cockpit systems
• Complete vehicle software stacks
• Continuous over-the-air development

Software-defined vehicles have become a central industry concept.

China holds a strong position in these fields because it combines a large pool of automotive software engineers with concentrated expertise in AI, autonomous driving, cloud computing and human-machine interaction.

Chinese consumers are also highly receptive to intelligent in-vehicle functions and expect frequent product improvements. These expectations push automakers and suppliers to accelerate development, test new features quickly and shorten iteration cycles.

At the same time, China’s extensive new energy vehicle supply chain, automotive electronics clusters and expanding intelligent connected vehicle testing programmes reduce the time required for software-hardware integration and real-world validation.

These conditions make China a large-scale development and testing environment for intelligent vehicle technology.

Hangzhou Strengthens Renault’s AI Capabilities

Renault selected software, artificial intelligence and user interaction as the core focus areas of its Hangzhou office.

Hangzhou has a strong digital economy and a dense concentration of AI companies, making it easier for Renault to cooperate with local technology partners on large-model integration, cockpit interaction and intelligent scenario algorithms.

The company plans to use China’s technology ecosystem to develop lightweight, adaptable and cost-efficient in-vehicle AI solutions for affordable electric vehicles in Europe.

Compared with some European markets, China allows automakers to assemble software teams, connect industrial and academic resources, iterate algorithms and complete vehicle testing within shorter development periods.

Renault Group China Chairman and CEO Soh Weiming said the Hangzhou office would further strengthen the company’s software and AI capabilities in China.

He explained that Renault aims to transform the speed, technology and collaborative strength of China’s innovation ecosystem into long-term value for the group. ACDC is expected to progress from delivering individual successful programmes to establishing a repeatable and scalable development system that supports Renault’s global competitiveness.

China R&D Is Increasingly Feeding Global Operations

Volkswagen Group, General Motors, Toyota and other multinational automakers are also continuing to expand their engineering and innovation activities in China.

Although their organisational structures differ, the strategic direction is broadly consistent: more development resources, technical authority and decision-making responsibility are being assigned to China-based teams.

China is therefore no longer simply a market where overseas technologies are tested and commercialised.

It is becoming:

• A core incubator for intelligent vehicle technologies
• A global development centre for software and AI
• A source of exportable platforms and vehicle programmes
• A strategic link between automakers and advanced technology suppliers
• A critical engine of the global transition toward electrification and intelligent mobility

A New Global Automotive R&D Model

The evolution of multinational automakers’ China operations reflects a deeper restructuring of the global automotive industry.

The old model was based on development at overseas headquarters and adaptation in China. The emerging model combines local co-development, global collaboration and international technology transfer.

From electric powertrains and vehicle platforms to intelligent cockpits, automated driving and AI, China’s fast, scalable and highly integrated innovation ecosystem is becoming increasingly difficult for global automakers to replace.

For multinational manufacturers, expanding R&D in China is no longer only a strategy for competing in the world’s largest automotive market. It is becoming a central element of their global technology and product development plans.