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Research and Technology Center
North America

Part of a strong international team

Founded in 1999, the North American division of Corporate Research at Bosch has been shaping the technology of Bosch’s future for nearly 20 years. The team has worked in close collaboration with its colleagues and counterparts in Germany and around the world.

research chart

At Bosch, some 59,000 researchers and developers work at 120 locations worldwide, making our company one of the world’s leading international providers of technology and services. Over the past six years, Bosch has invested more than 27 billion euros ($33 billion) in research and development.

bosch headquarters
Corporate Research headquarters in Renningen, Germany

Our objective is to develop innovative, useful and exciting products and solutions to enhance our quality of living. At Bosch, we create technology that is “Invented for life.” We are committed to providing technologies and systems for the four business sectors of Bosch -- Mobility Solutions, Energy and Building Technology, Industrial Technology and Consumer Goods -- by scouting and collaborating with top universities and industry partners in North America.

What drives us?

Our Locations in North America

The Research and Technology Center North America was established at three locations in close proximity to world-class universities and entrepreneurial ecosystems. We are headquartered in Sunnyvale, CA -- right in the heart of Silicon Valley -- and have additional offices in Pittsburgh, Pennsylvania, and Cambridge, Massachusetts.

At these locations, Bosch hosts over 100 researchers and various technical labs that employ state-of-the-art equipment, such as the Robotics Lab, Battery Research Lab, Human Machine Interaction Research Lab, Biosensors lab, Microsensor Systems Lab and Integrated Circuits Lab.

Our Impact

microchips

Part of our mission is to leverage our locations in North America to collaborate with universities and companies. These partnerships help incubate early-stage ideas, ushering them into the phases of advanced product development. For example, these combined efforts have led to highly innovative Application Specific Integrated Circuit (ASICs) designs for sensor applications. We developed inertial sensor ASIC-front-ends with a focus on ultra-low power, very high precision and extreme resilience. This included developing the ideas, designing and characterizing prototype ASICs, and protecting the technology with patents. These ASIC-front-ends are currently in mass production for automotive applications such as Electronic Stability Program (ESP®) and consumer applications such as mobile phones. Bosch produces several hundred million of these sensors a year.

Bosch research projects in North America have a far-reaching impact that extends well beyond the region. The Bosch Intelligent Glove represents a key human-machine interaction (HMI) innovation from the Research and Technology Center North America. Deployed in Bosch plants, the Intelligent Glove was honored by the Chinese government as one of the top ten intelligent-manufacturing techniques in the world in 2017 along with leading Industry 4.0 companies including Siemens, GE and Huawei (Chinese News Link).The technology combines Bosch microelectromechanical (MEMS) processes, innovative gesture-recognition techniques and textile electronics. Analysis shows that around 7000 working hours can be saved annually in the pilot plants using the Bosch Intelligent Glove. It can also reduce new employee training time and the effort of the trainer. Furthermore, the Bosch Intelligent Glove will help with Poka-Yoke (error avoidance) in the production process to further enhance the production quality. The Bosch Intelligent Glove represents a successful collaboration between corporate research based in North America and Bosch business units in China.

intelligent glove

The outcomes of visualization research in Bosch’s North American lab are not only used in Bosch’s HMI products (e.g., 3D artMap for navigation—highlighting map importance with an artistic look) but also have an impact on the greater scientific community. Furthermore, research conducted by Bosch’s North American research division has resulted in award-winning visual analytics work for smart factories (IEEE Visualization 2016 Honorable Mention Award). In 2018, the lab was chosen to present their recent R&D innovations in big data visual analytics in the annual column of “IEEE Computing Now”(in video). Published in IEEE Transactions on Visualization and Computer Graphics (TVCG), these visual analytics innovations address challenges in a number of application areas — such as Industry 4.0, Internet of Things (IoT), connected vehicles, and explainable AI — and are used to discover interesting patterns in the data, unlock black boxes in AI solutions, and deliver explainable data analytics.

What we do

what we do map
Service Robotics
Additive Manufacturing.
Battery and Fuel Cell Technology
Bosch Energy Research Network.
Security and Privacy.
Wireless Connectivity.
Mixed-Signal Integrated Circuits Design.
Bio-/Chemical Interface ASICs.
Advanced Microsensor Systems Design.
Advanced Multiphysics Simulation.
Human-Machine Interaction.
Close
men working on robot

Service Robotics

At our research lab in Sunnyvale, we develop advanced robotics technologies with our collaboration partners. These efforts enable new capabilities for service robotics, which we implement into current and future Bosch products.

As the U.S. footprint of robotics research at Bosch, we provide regional insights and scouting by collaborating closely with organizations in Silicon Valley. With leading partners in academia and industry, we strive to advance the field of service robotics with a variety of applications in advanced manufacturing, logistics and personal assistance.

men carrying glass

Additive Manufacturing.

In our Cambridge location, we contribute to research on additive manufacturing to advance the industrialization and adoption of additive manufacturing technologies. We collaborate with leading industrial and academic partners to study multiple 3D-printing processes using multi-scale multi-physics simulation and real-time process monitoring.

Additive Manufacturing is experiencing rapid growth as related technologies evolve from those for prototyping to those for production. To feed the cutting-edge technology development into Bosch, we drive the North American scouting and assessment of new Additive Manufacturing technologies emerging from academia, startups, and industry.

woman working in laboratory

Battery and Fuel Cell Technology

Batteries and Fuel Cells. In our Sunnyvale and Cambridge locations, we develop clean electrochemical technologies for electrified vehicles and products. Our team works with leading academic groups and startups to identify factors that improve battery and fuel-cell performance, reliability, and affordability.

Our research focuses on the application of physical models to enable reliable virtual design of electrochemical systems. We develop computational tools from the atom to the system scale to understand the behavior and interaction of energy materials. These materials are synthesized and optimized in our labs, then integrated into devices for in-house testing.

We also incorporate our electrochemical models into management system software that optimizes battery and fuel cell performance in real time without accelerating the aging process. Our algorithms are implemented in many Bosch products, from electric vehicles to power tools.

people in laboratory

Bosch Energy Research Network.

Through the Bosch Energy Research Network (BERN), Bosch supports and collaborates with university researchers on 21st century energy challenges. BERN has supported dozens of graduate students and interns through research grants to university faculty, connecting academic experts with Bosch engineers for collaborations on exciting new technologies.

BERN provided a modest grant in 2013 to Professor Huei Peng of University of Michigan for his work on expanding advanced power-split transmissions in hybrid lightweight trucks. By 2015, collaboration with Bosch research and production partners resulted in a $5 million grant from the US Department of Energy. Since 2017, that research has evolved into customer engagement and commercial production.

man looking on computer

Security and Privacy.

In our Pittsburgh location, the Security and Privacy Research team explores privacy-enhancing technologies for the Internet of Things (IoT), as well as embedded system security, secure hardware and novel methodologies to guarantee trustworthy environments. As computers increasingly mediate our real-world interactions, the Security and Privacy Research team aims to make today’s networked computers safe enough to trust with this responsibility.

Our competences include design and implementation of cryptographic primitives, Physical-Unclonable-Functions and cryptography in the presence of noise, two-party and multi-party computation, privacy for data mining, design of searchable encryption schemes, design of novel and user friendly authentication methodologies, efficient implementation of cryptographic primitives, RFID security, system security, wireless security and network security.

man showing circuit board

Wireless Connectivity.

In our Sunnyvale location, the Wireless Connectivity Group focuses on implementing and developing wireless technologies to drive innovative Bosch products. Wireless connectivity is a key enabler of IoT applications, and the Wireless Connectivity Group researches innovations that deliver superior cost efficiency, reliability, safety and convenience in existing and new markets. Through our innovative research, we serve all Bosch business verticals. Our active areas of research include protocols, algorithm and system design for ultra-low power wireless networks, in-car wireless networks, intelligent wireless networks, wireless localization and RF sensing.

man working in laboratory

Mixed-Signal Integrated Circuits Design.

In our Sunnyvale location, we also research sensor technologies that will drive and enable the IoT, autonomous-driving and advanced driver assistance systems of the future. Our research encompasses the development of complex systems-on-a-chip (SoC) that enhance sensor performance in the areas of speed, precision, intelligence and cost. Our active areas of research include silicon-photonics sensors, LiDAR, RADAR, CMOS imagers and intelligent sensors that use machine learning. The goal of our Integrated Circuits (IC) team is to deliver technologies that open new markets and give a competitive edge to future Bosch products.

man examining microscope slides

Bio-/Chemical Interface ASICs.

In our Sunnyvale location, the BioASICs team focuses on developing Integrated Circuits solutions for next-generation medical diagnostics and life-science tools. Our team aims to develop solid-state semiconductor solutions for fundamental diagnostics issues, including selectivity and sensitivity. Our research also involves high-throughput precision control in a platform compatible with standard biotech tools. This allows for faster and more-accurate tests, developed at a higher speed and at a lower cost.

microchips

Advanced Microsensor Systems Design.

In our Sunnyvale location, we are evaluating and prototyping new sensor technologies and concepts with applications in health and vital sensing. In the heart of Silicon Valley, we are scouting new topics and harvesting ideas from the local landscape, keeping Bosch at the forefront of research and development.

Our team integrates new materials into MEMS devices and looks for ways to incorporate these devices into new and complex systems. Close collaborations with researchers at Stanford University, the University of California at Berkeley, and other universities across the U.S. fuel fresh and innovative ideas.

man analysing reports

Advanced Multiphysics Simulation.

In our Sunnyvale location, we employ cutting-edge cross-domain and multi-physics modeling for virtual product engineering. Our Computational Fluid Dynamics tools create accurate and detailed simulations of systems with reacting flows, providing valuable insight beyond what is achievable using current sensing tools.

Our team’s computational fluid-dynamics simulations are based on advanced Large Eddy Simulation methods. Examples of our work include volume-of-fluids methods for injector sprays, flamelet-based combustion models for emissions reduction, and boundary-element methods for far-field acoustic information, cavitation and corrosion models.

woman working with machine

Human-Machine Interaction.

User Experience (UX) is a key differentiator in a market where many products and technologies are becoming commodities. Our global Human-Machine Interaction (HMI) research team is headquartered in Sunnyvale. It joins forces with Bosch HMI research teams in Germany, China and other U.S. locations to develop intuitive, interactive and intelligent solutions that inspire the UX for Bosch products.
In our Sunnyvale and Pittsburgh locations, HMI research focuses on conversational AI, augmented reality, visual analytics, text and audio mining, personal assistance and smart wearables. Our research is applied in areas such as autonomous driving, car infotainment, driver-assistance systems, industrial IoT, security systems, smart buildings, healthcare and robotics.
We work with internal partners to implement these innovations into future Bosch products. We also actively collaborate with leading groups in academia and industry to promote research ideas at major conferences and publish research findings in top journals.

men working on robot
Service Robotics
men carrying glass
Additive Manufacturing.
woman working in laboratory
Battery and Fuel Cell Technology
people in laboratory
Bosch Energy Research Network.
man looking on computer
Security and Privacy.
man showing circuit board
Wireless Connectivity.
man working in laboratory
Mixed-Signal Integrated Circuits Design.
man examining microscope slides
Bio-/Chemical Interface ASICs.
microchips
Advanced Microsensor Systems Design.
man analysing reports
Advanced Multiphysics Simulation.
woman working with machine
Human-Machine Interaction.