Our worldwide research and advance engineering locations

The Bosch Research location in Watertown, Massachusetts, in close proximity to Boston, USA, focuses on developing and applying cutting-edge methods for materials innovation in current and future products. Situated adjacent to Kendall Square, which the Boston Consulting Group described as “the most innovative square mile on the planet,” the site benefits from its proximity to the Massachusetts Institute of Technology (MIT) and Harvard University. The team collaborates closely with top research groups at these world-renowned universities.

The Materials Simulation and Innovations group builds on modeling and theory to address the innovation challenges of Bosch, from sensor technologies and thermal management to sustainability and CO₂ sequestration — filtering out carbon dioxide from the atmosphere.

Using state-of-the-art atomistic approaches, the group optimizes multiphysics and multiphase stability, soft matter dynamics, and electron-driven properties. Moreover, the team develops reduced-order models for Bosch-wide use, which simplify highly complex systems mathematically. The team contributes to products such as micro-electro-mechanical systems (MEMS), direct air capture, nanoscale devices, household appliances, electrolysis, as well as functionalized surfaces.

The Bosch Research and Technology Center in Bengaluru is a key part of Bosch’s global research network, dedicated to driving technological innovation to address future challenges. The center’s experts explore critical aspects of a connected, intelligent, and energy-efficient world. Specifically, the Bengaluru team focuses its research on technologies in generative artificial intelligence (AI) for a wide range of applications, including automation, software and image analysis, time series analysis, domain-specific foundation models, assisted annotation and label quality control, applied computer vision, numerical methods for real-time systems, hybrid modeling, and arithmetic for edge computing, to enable decentralized processing.

In addition, the team works on developing and industrializing innovative AI, Machine Learning, and data science-driven solutions that deliver cost savings and enable new business opportunities. These solutions and prototypes not only support Bosch’s global businesses but also address regional challenges in India. Guided by the goal that its technologies will power a smarter, more connected, and energy-efficient future, the Bengaluru team is shaping the next generation of intelligent systems.

The Hildesheim location has been a central Bosch technology location since 1952 and is part of the research headquarters in Renningen. The research facility is located on the same campus as the Bosch manufacturing plant for electrical drives, as well as the Hildesheim development center. The research team's main focus areas are artificial intelligence (AI) and next-generation connectivity for Bosch products.

The team’s core expertise lies in AI and computer vision, where it leverages cutting-edge AI techniques and advanced algorithms for the analysis of complex scenes, particularly for automated driving. Another focus is on communication technologies for future mobility and connected systems. The team is also pioneering the integration of AI in engineering and computer applications to optimize the system development process and enhance cockpit solutions with the latest AI technology. Furthermore, research is conducted on driver assistance systems with video-based environmental perception and innovative vehicle interior sensing solutions for driver and occupant monitoring.

The close proximity to the Bosch Cross-Domain Computing Solutions (XC) business division fosters collaboration on hardware and software technologies for state-of-the-art driver assistance systems. This ensures that research translates directly into tangible, market-ready solutions.

Bosch Research in Beijing, China, is an important pillar of the company’s Asian research network, driving impactful innovations in artificial intelligence (AI) with global relevance. Located in one of China’s foremost innovation hubs, the team focuses on advanced technologies in AI and intelligent systems.

The Bosch research team in Beijing maintains close collaborations with Tsinghua University and other leading academic institutions to access cutting-edge research and top talent. These partnerships enable the acceleration of early-stage innovation in areas such as machine learning, perception systems, and AI applications for mobility and industry.

The Beijing team leads and connects with the best minds and resources, fostering collaboration that delivers innovation for Bosch’s strategic business areas. Its mission is to transform deep-tech research into real-world solutions with lasting impact.

Established in 1999, the Research and Technology Center in Pittsburgh, Pennsylvania, USA, is a key hub focusing on cutting-edge research in artificial intelligence (AI) and cybersecurity technologies.

The AI team explores a wide range of topics, from multimodal foundation models and generative AI to sensing AI and cyber-physical artificial intelligence, empowering innovative products and services across all Bosch business domains, including mobility solutions, consumer goods, and manufacturing. Concurrently, the cybersecurity research team develops innovative security and privacy solutions that protect Bosch’s products and infrastructure while creating new business opportunities.

Furthermore, the Pittsburgh team drives Bosch’s long-term research collaboration with Carnegie Mellon University (CMU), one of the world’s leading AI research institutes. This collaboration helps ensure Bosch’s competitive edge in this rapidly evolving technology area.

The Bosch Research Campus in Renningen, Germany, serves as the headquarters for Bosch Research and is an international hub for the field Central Research and Development, including the Bosch Center for Artificial Intelligence and the Bosch business unit Cross-Domain Computing Solutions. Since its opening in October 2015, approximately 1,300 employees, doctoral candidates, and students from over 50 nations have been working here to address the challenges of tomorrow.

As the spearhead of innovation, the Renningen research location supports all Bosch business divisions in developing the next generation of products. In collaboration with partners from science and industry, the researchers in Renningen identify the technologies and trends that will shape the future.

Research in Renningen covers a broad spectrum, ranging from automation, digitalization, and connectivity to artificial intelligence (AI), electrification, climate action, sustainability, and healthcare. The campus thus combines cutting-edge research with concrete technology development, fostering creativity through short communication paths, open collaboration, and inspiring work environments that facilitate exchange among researchers from around the world.

The Renningen Research campus therefore offers an innovative concept and the best conditions for cutting-edge research. It is equipped with a test track and various laboratories, such as a quantum sensors lab, clean rooms as well as an electro mobility and a fuel cell system test bench, and many modern co-working spaces for interdisciplinary collaboration.

Bosch Research in the Asia-Pacific region is a vibrant hub of cutting-edge innovation, shaping technologies that make a difference both regionally and globally. What began in 2005 with technology scouting has grown into the Research and Technology Center Asia Pacific, spanning four key locations: Shanghai, Wuxi, and Beijing in China, as well as Singapore. Among these, Shanghai stands as the largest and most comprehensive research base.

As the flagship of Bosch Research in Asia, the Shanghai team works closely with local business units and leading academic institutions to accelerate innovation, address regional market needs, and nurture top talent. Its research covers a wide spectrum of future-oriented technologies, including artificial intelligence, autonomous driving and production systems, electric drives and power electronics, electrochemical systems, IoT (Internet of Things) and computing solutions.

Through close integration with Bosch’s global research network, the location leads and connects the best minds and resources to deliver future-ready solutions that shape both local developments and global impact.

The research location in Singapore focuses on addressing regional needs by leveraging the country's strong innovation ecosystem. As a hub for rapid prototyping and test-bedding, Singapore offers ideal conditions for transforming ideas into market-ready solutions. Collaborating closely with local business units and Bosch Business Innovations, the team brings cutting-edge technologies to both regional and global markets.

The location's vision is to establish a Center of Excellence for urban solutions and sustainability, with core research in sustainable heating, ventilation, and air conditioning (HVAC) systems, automated end-of-life management, and digital living solutions. The team’s key strengths lie in intelligent sensor systems, AIoT technologies, modeling, simulation, control strategies, and business model innovations. Supported by a dedicated lab space, the dynamic team fosters a culture of openness and creativity to drive meaningful innovations.

This way, Bosch Singapore delivers impactful solutions for Bosch’s strategic focus areas.

Located in the heart of Silicon Valley, the Bosch research hub in Sunnyvale, is a key driver of innovation in advanced technologies related to Artificial Intelligence (AI), sensors, semiconductors, healthcare, and clean energy. Its teams focus on three core areas:

The first one is scalable, as well as assistive AI. Those technologies address the challenges of leveraging artificial intelligence at scale in areas such as Advanced Driver Assistance Systems (ADAS) with the help of foundation models, generative and agentic AI. Furthermore, in the field of intelligent sensors and systems, the team develops advanced sensor and semiconductor solutions for wireless sensing, healthcare biosensors, and systems based on micro-electro-mechanical systems (MEMS). Finally, in energy and materials, the team works on advanced electrochemical technologies for clean mobility and energy, such as Proton Exchange Membrane (PEM) fuel cells, which efficiently convert hydrogen and oxygen into electricity and water.

As a strategic anchor in Bosch’s global research network, the Sunnyvale hub fosters deep collaboration with leading institutions and local startups, playing a vital role in shaping the future of mobility, energy, and automation.

The Bosch Research team in Wuxi, China, is based near Bosch Powertrain Systems Co., Ltd., an important location for Bosch’s advanced powertrain technologies. This strategic positioning enables seamless collaboration with local business units and manufacturing plants, particularly in the development and industrialization of fuel cell systems and key components for mobility applications.

By working closely with on-site engineering and production teams, the Wuxi team accelerates the translation of research into scalable solutions, ensuring alignment with both technical and market requirements. The Wuxi-based research activities support Bosch's global fuel cell strategy, fostering innovation through hands-on experience, rapid prototyping, and continuous feedback from real-world production environments.

As part of Bosch Research’s network in Asia, the Wuxi research team works on delivering innovative and practical solutions for Bosch.