Please complete the CAPTCHA to continue
@tri.global
✓
5 phones found area 734 and 706
✓
LinkedIn matched
A concise factual answer block for searchers comparing this professional profile.
Ryan Eustice is listed as Internationally Recognized Robotics & Automation R&D Executive Leader at Toyota Research Institute, based in San Francisco, California, United States. AeroLeads shows a work email signal at tri.global, phone signal with area code 734, 706, and a matched LinkedIn profile for Ryan Eustice.
Ryan Eustice previously worked as Senior Vice President, Human-Centric AI & Technology Adoption at Toyota Research Institute and Senior Vice President, Automated Driving at Toyota Research Institute. Ryan Eustice holds Doctor Of Philosophy - Phd, Ocean Engineering / Robotics from Massachusetts Institute Of Technology.
This section adds company-level context without repeating Ryan Eustice's masked contact details.
AeroLeads found 1 current-domain work email signal for Ryan Eustice. Compare company email patterns before reaching out.
I am an internationally recognized business and technical engineering leader and an innovator in the application of full-stack autonomy of mobile robotics for advancing automated driving and marine robotics technologies.With more than 20 years of experience, I have been a vital contributor, strategist, and executor of numerous high-profile R&D initiatives -- and have been recognized on multiple occasions for my success in conceiving and implementing groundbreaking designs for state-of-the-art robotics systems.I am highly capable of applying my research in demanding real-world environments including underwater and automotive settings. I am known for my ability to remain calm and perceptive under pressure; and am a respected leader, steady hand, and team player with high leadership standards for both myself and the team members I mentor.I excel at harnessing innovative, cutting-edge, rigorous approaches to system-level embodiment in real-world applications, with expertise that spans from next-generation research into advanced development.My extensive list of publications, presentations, research, public service, and other information is available upon request.
Listed skills include Computer Vision, Engineering, Matlab, Robotics, and 13 others.
Company context helps verify the profile and gives searchers a useful next step.
A career timeline built from the work history available for this profile.
Los Altos, California, Us
Currently, I lead different teams within TRI who share a core philosophy around putting humans at the center of technological advancement and getting these discoveries into the hands of people who need them the most.
Los Altos, California, Us
I led TRI's automated driving division, and was the catalyst for the launch of the division as a core member of the founding leadership team that launched TRI in 2016. I built and led a team that included 220 staff (170 FTE / 50 contractors). Additionally, I served on the TRI Officers Committee as a voting member. I represented TRI through various public speaking engagements, including speaking panels, press events, external talks, and through advocacy with members of the Congress and Senate. I consistently exhibited high leadership standards and a personal commitment to developing a team with the same dedication to excellence. I was responsible for planning, managing, and allocating a nine-figure annual budget. Also, I managed relationships with and delivered project concept, planning, and funding presentations to counterparts and key decision-makers in Japan.Additional examples of my strengths and accomplishments in this role include:• I led the design and setup of the Ann Arbor TRI office and recruited / hired a 220-member multisite team from the ground up.• I conceived, implemented, and oversaw all of TRI's L4 public-road automated driving program.• I led the design and development of the Toyota Guardian & Chauffeur SAE Level-4 technology stack.• I led planning and construction efforts for the Toyota Ottawa Lake automated driving test facility.• I spearheaded initiation of the Catalyst team charged with embedding with the Japan team in Tokyo to form a global automated driving development organization.• I forged strong partnerships and alliances at all levels across the Toyota ecosystem to build mindshare and advance the ongoing adoption, success, and value realization of development work.
Ann Arbor, Michigan, Us
I founded and currently direct the Perceptual Robotics Laboratory (PeRL), an internationally recognized theoretical / experimental facility in underwater and mobile robotics. Additionally, I chair and co-chair several Ph.D. and other academic / College of Engineering committees. I provide instruction in advanced engineering and robotics. In doing so, I design class curricula and develop classroom materials, and instruct in-depth, hands-on classes for a multidisciplinary Robotic Systems Laboratory course. I am committed to exposing my students to concepts in sensing, reasoning, and acting for physically embodied systems. Additional examples of my strengths and accomplishments in this role include:• I am an internationally recognized leader in simultaneous localization and mapping (SLAM), automated driving and marine robotics; I mapped the RMS Titanic using visual SLAM. • I am an author / co-author with over 10,000 citations and h-index of 55 on Google Scholar.• I secured over $11.6M+ (my share) in single-PI and multi-PI external research funds for the research group.• I was an integral contributor to Ford's placing as one of eleven finalists (Team IVS) in the 2007 DARPA Urban Grand Challenge.• I led the Next-Generation Vehicle project at UM in collaboration with Ford Motor Company (the largest on-campus industry sponsored research project ever at the time, over $9M)• I initiated and presided over a new graduate-level mobile robotics and state estimation course titled "Mobile Robotics: Methods & Algorithms" focusing on fundamental mathematical methodologies employed in modern robotic mapping and navigation, including Kalman filtering, particle filtering, expectation-maximization (EM), and camera/laser/sonar perception and modeling. Since its introduction in Fall 2009, it has gone on to become a core course for the College's Robotics MS/PhD program.
Ann Arbor, Michigan, Us
Ann Arbor, Michigan, Us
Baltimore, Md, Us
Department of Mechanical Engineering
Baltimore, Md, Us
Department of Mechanical Engineering
Woods Hole, Massachusetts, Us
Department of Applied Ocean Physics & Engineering
Baltimore, Md, Us
Department of Mechanical Engineering
Ocean Engineering / Robotics
Quick answers generated from the profile data available on this page.
Ryan Eustice works for Toyota Research Institute.
Ryan Eustice is listed as Internationally Recognized Robotics & Automation R&D Executive Leader at Toyota Research Institute.
AeroLeads has found 1 work email signal at @tri.global for Ryan Eustice at Toyota Research Institute.
AeroLeads has found 5 phone signal(s) with area code 734, 706 for Ryan Eustice at Toyota Research Institute.
Ryan Eustice is based in San Francisco, California, United States while working with Toyota Research Institute.
Ryan Eustice has worked for Toyota Research Institute, University Of Michigan, Johns Hopkins University, Woods Hole Oceanographic Institution, and Mit / Whoi Joint Program.
You can use AeroLeads to view verified contact signals for Ryan Eustice at Toyota Research Institute, including work email, phone, and LinkedIn data when available.
Ryan Eustice holds Doctor Of Philosophy - Phd, Ocean Engineering / Robotics from Massachusetts Institute Of Technology.
Ryan Eustice is listed with skills including Computer Vision, Engineering, Matlab, Robotics, Sensors, Mechanical Engineering, Simulations, and Algorithms.
Search by job title, company, industry, location, and seniority. Export verified B2B contact data when you need it.
Start free trial Search contacts