Press Kit for Noah Gedrimas
Noah Gedrimas, the Vice President of Strategy at GPR, is a visionary leader at the forefront of reshaping what’s possible in autonomous technology. At GPR, Noah spearheads the company’s commercial strategy and partnerships, bridging the gap between technology and the autonomous vehicle adoption and demands. His expertise comes from years of research and development on platforms including everything from Long Haul trucks to Electric Shuttles, from the development of the groundbreaking Ground Positioning Radar™ (GPR) technology, which enables vehicles to achieve precise localization even in the most challenging conditions.
Before becoming Vice President of Strategy, Noah held the position of Director of Autonomy, where he was instrumental in the development of the GPR technology and commercial roadmap. Prior to his tenure at GPR, he led a distinguished team at Continental Automotive, contributing to the development of multiple autonomous vehicles across diverse Operational Design Domains.
Noah Gedrimas is an innovator whose relentless pursuit of excellence continues to drive the evolution of autonomous driving technology. He enjoys discussion on all things autonomous, automotive, robotics, and transportation.
Accomplishments:
Leads GPR’s commercial strategy and partnerships across commercial and OEM businesses
Helped develop the Ground Positioning Radar technology and making it able to localize with centimeter-level accuracy
Led a team at Continental Automotive that developed several autonomous vehicles across multiple Operational Design Domains
To book with NOAH GEDRIMAS, email emily@empathyfirm.com
Features:
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EIN PressWire: GPR Named “Sensor Technology Solution Of The Year” In 2023 AutoTech Breakthrough Awards Program
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Tech Crunch: A new sensing paradigm: How GPR uses subterranean maps to enable automated driving in any condition
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Automotive News: For ADAS to reach its safety potential, industry must get consumers to buy in
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Automotive World: AV sensor fusion must perceive beyond what’s visible for next-gen performance
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WCVB: Somerville-based company giving self-driving vehicles ‘6th sense’ to make travel safer
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Automotive News: 2022 Automotive News PACE Awards finalists
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Strategy Analytics: Next-Generation Mapping and Navigation for Autonomous Driving
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OEM Off-Highway: Improved Safety Through Advancements in Object Detection
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Politico: NHTSA rule lays the foundation for vehicles without steering wheels, brake pedals
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Just Auto: Military-proven radar tech enables AVs to navigate with pinpoint accuracy
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Wards Auto: Ground Positioning Radar Sharpens AVs’ Roadway ‘Sight’
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Automotive World: Snow, fog, and ice spotlight ADAS system weakness
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Fierce Electronics: GPR sees ground penetrating radar ‘safer than human driver’ in future vehicles
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Automotive World: Does the key to autonomous driving lie below the ground?
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Forbes: WaveSense Is Renamed GPR And Readies Ground-Penetrating Radar For Autonomous Vehicles
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Auto Connected Car News: Autonomous & Self-Driving Vehicle News: GPR, Ford, Argo AI, Veoldyne, Baidu, Caterpillar, Klas & RAVEN
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Auto Vision News: WaveSense Changes Name to GPR, Announces New Ground Positioning Radar for Autonomous Mobility
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Business Wire: WaveSense Announces Name Change to GPR, Marks Company Milestone with Next Generation of Ground Positioning Radar for Autonomous Mobility
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Tech Crunch: Widespread AV adoption starts with driver assistance systems consumers can trust
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The New York Times: These High-Tech Sensors May Be the Key to Autonomous Cars
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Automotive News: Radar finds new place in self-driving technology
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Motor Trend: Weatherproofing Autonomy – Technologue: WaveSense proposes ‘X-raying’ the road
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Forbes: The Road To Autonomous Truck Viability Begins To Clear
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Bloomberg: Self-Driving Cars Can Handle Neither Rain nor Sleet nor Snow
Ask Me About:
How is Ground Positioning Radar™ technology revolutionizing the automotive industry?
What do you see as the most exciting developments in autonomous driving technology on the horizon, and how does GPR fit into this future landscape?
Could you share some insights into the challenges you’ve faced in perfecting GPR technology to achieve centimeter-level accuract, especially in challenging environmental conditions?
