Automated Vehicle Expert Witnesses
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Automated vehicle expert witness candidates typically have extensive experience and knowledge in automotive engineering, autonomous vehicles, electrical engineering, mechanical engineering, and/or vehicle manufacturing. An automotive engineer specializing in driverless cars may also have a background in artificial intelligence, sensors, or safety. Cahn Litigation Services is frequently called upon by law firms to locate an expert witness that can support issues involving autonomous vehicle technology matters.
Automotive technology is moving towards fully automated cars that drive us, instead of us driving them, known as self-driving vehicles. Many cars on the road today have driver assistance technology aimed at safety. These safety technologies use a combination of hardware (sensors, cameras, and radar) and software focused on crash avoidance.
The Society of Automotive Engineers (SAE), places vehicle automation into 6 levels:
- No autonomy – driver performs all tasks
- Drive assistance – some driving assist features
- Partial automation – some automated functions, but driver must be engaged
- Conditional automation – driver needs to be ready to take control if needed
- High automation – vehicle is capable all driving functions; driver has the option to take control
- Full automation – self driving car
An automated vehicle expert witness could provide expertise in intellectual property matters — a patent litigation in federal court or a trade secret dispute. It could be a patent infringement case in the District Court, or a patent case or proceeding in the International Trade Commission (ITC). An automotive expert in autonomous vehicles might provide testimony in matters such as a product liability case, automated vehicles accident investigation, or a personal injury case.
Litigation support by an automated vehicle expert witness could include an expert report, forensic engineering, expert opinion, accident reconstruction, and expert testimony at a trial. In a high-profile case, or litigation involving a significant financial stake, a law firm may request a technical expert with prior expert witness experience. It is essential that an automotive expert witness possess the ability to provide expert testimony in such a manner that a jury and judge can understand the evidence.
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Automated Vehicle Expert Witness - Representative Bios
Please Note: All Cahn Litigation expert witness searches are customized to attorneys' precise specifications and preferences. Attorneys are encouraged to discuss search parameters with a Cahn search specialist.
The below expert witness bios represent a small fraction of those Automated Vehicle experts known by Cahn Litigation Services. These bios are provided to give lawyers a sense of the Automated Vehicle landscape.
Expert Witness #250613
This expert has been involved in the development of automotive safety systems for many years. This evolved to self-driving car technology. The primary emphasis of this expert's work has been on the development of map navigation from vehicle data, including such data as vehicle position, camera data, radar data, and most recently, LiDAR data. This expert's work requires this expert to understand the limitations of these various sensors from an automated driving perspective, as well as how those limitations may be overcome through the use of navigation data to "calibrate" sensors based on their location. This work includes the overall design of vehicle sensor systems in order to develop a comprehensive suite that works in most conditions. This expert has also worked on the necessary communications required to collect this data, and business models to make this practical. In addition, this expert has worked on the development and use of "mapping vans" which use LiDAR as their primary sensors. This expert has worked on approximately 12 intellectual property cases, generally supporting vehicle manufacturers. This expert has provided about 20 expert reports and testified three times. Several of these cases involved driver assistance technologies, such as vehicle radars. This expert's academic background is in the field of physics and included significant work in the field of optics. This expert was also involved in the development of several optical reconnaissance technologies, as well as the development of IR missile seekers.
Start Automated Vehicle Expert SearchExpert Witness #225624
This expert has worked with MEMS in on-board cameras in autonomous self-driving vehicle sensors, automotive convertible top sensors, automotive frontal crash sensors, side impact detection sensors and more. This expert managed an R&D group for the development and testing of accelerometers, pressure sensors and other micromachined devices. This expert invented and patented a digital crash detection algorithm taking data from MEMS accelerometers. This expert has strong experience as an expert witness, having served in over 60 cases, providing testimony in a dozen depositions and testifying at trial four times.
Start Automated Vehicle Expert SearchExpert Witness #250652
This expert is an Associate at a University, and a Co-PI in the National Science Foundation funded National Center for Airborne Laser Mapping. This expert was formerly the Vice President of Engineering for a LIDAR remote sensing company. This expert has been active in the design, development and operation of kinematic remote sensing systems for many years. This expert regularly consults with a LiDAR unit used in almost all autonomous vehicle testing. This expert holds a B.Sc. and Ph.D. in Geomatics Engineering, and is a registered Professional Engineer.
Start Automated Vehicle Expert SearchExpert Witness #265317
This sensor-based automation expert witness holds a Ph.D. in Mechanical Engineering and is a distinguished professor of mechanical engineering at a well-regarded university, with over 20 years of experience in vehicle dynamics, control, and sensor-based automation for ground vehicles. This expert holds endowed professorships and has led a nationally recognized research program in automated and intelligent transportation systems. The Ph.D. was earned from a prestigious university, with specialization in automatic control and mechatronic systems, and this expert has received multiple national awards recognizing contributions to vehicle automation research and engineering education.
This expert has extensive expertise in the integration of camera-based sensing with GPS, inertial sensors, LiDAR, radar, and onboard vehicle sensors to support automated driving and advanced driver assistance systems. Research areas include vision-based lane detection, object tracking, and vision-aided navigation, with a strong emphasis on sensor fusion and real-time implementation on instrumented vehicles operating in challenging environments. This expert has supervised numerous graduate research projects involving computer vision for autonomous vehicles, including robust lane detection using camera and IMU data, vision-assisted GPS/INS navigation, and object registration and tracking for automated platforms. The work consistently combines theoretical development with experimental validation on full-scale vehicle systems.
This expert is an experienced expert witness and litigation consultant.
Start Automated Vehicle Expert SearchExpert Witness #305559
This autonomous vehicle/ADAS expert is a distinguished leader in automotive safety technology, specializing in the verification, validation, and forensic analysis of autonomous vehicle systems. With over 30 years of experience, this expert is recognized as a pioneer in the development of crash-sensing algorithms and advanced signal processing, foundational technologies that govern how modern vehicles detect and respond to impact.
This expert focuses on high-fidelity, physics-based sensor simulation. This expertise allows complex accident scenarios to be reconstructed within virtual environments, providing critical insights into how automated systems perceive, or fail to perceive, their surroundings. The work is instrumental in bridging the gap between theoretical software performance and real-world safety reliability.
This expert has expertise in airbag sensing, including matters involving failures to deploy airbags when required. This expert has handled a number of cases involving autonomous vehicle and advanced driver-assistance system algorithms, sensors, and how those systems were used or failed to work properly. This expert has also worked on driver monitoring systems and is familiar with operational design domain concepts, failure modes, ISO 26262, functional safety requirements, and the V-cycle.
This expert is currently retained in dozens of active cases nationwide involving autonomous vehicle and advanced driver-assistance systems, as well as additional cases involving airbag crash-sensing algorithms. This expert has worked on over 125 total cases since becoming a legal expert a number of years ago. In much of this case work, this expert provides simulations of events with properly functioning advanced driver-assistance systems.
This expert is an experienced expert witness and litigation consultant.
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