Artificial intelligence for a safer, more secure world.
Ryan created numerous technologies that launched the magnetic resonance wireless power industry. Technologies he and his teams created formed the cornerstone of the Rezence (now Airfuel) wireless charging standard that has been adopted by over 200 companies including market leaders Samsung, Intel, Qualcomm, and Verizon. After developing the core technology, Ryan led the development of a product based on that technology which was recognized by TIME magazine as a Top Ten Product of 2014, alongside the Tesla Model S, iPhone 6, and Oculus Rift. He started his work on wireless charging as the Founder, CEO, and CTO of WiPower, a company that was acquired by Qualcomm. Ryan has 15 patents pending or issued. Ryan earned his MBA from MIT. He graduated from University of Florida with his BSEE, summa cum laude, 2nd in his class.
Andrew led the development and deployment of one of Draper's most successful visual-inertial guidance systems that is now widely deployed on programs of critical importance. In addition to his work on visual-inertial guidance, he led Draper's autonomous exploring quadrotor program, and also their 3D-mapping for dense environment reconstruction program. Prior to this, Andrew developed Matlab and C++ monocular, stereo, and RGB-D SLAM systems for GPS-challenged navigation of humans, robots, cars, and UAVs. He earned his SM in Robotics at Harvard, and BSCE from Northwestern University.
Brandon proudly served in the US Navy for seven years prior to Shield AI. He served as a Navy SEAL with two deployments to Afghanistan and one to the Pacific Theater. In that role he did lots of great stuff, but will not write about it. Previously, he was the assistant chief engineer aboard the USS Pearl Harbor (LSD-52) and deployed to the Persian Gulf. He earned his mechanical engineering degree from the United States Naval Academy and his MBA from Harvard Business School.
Brian served in U.S. Navy for 33 years. He commanded U.S. Naval Special Warfare Command, U.S. Special Operations Command Africa, Combined Joint Task Force-Horn of Africa, Naval Special Warfare Development Group, and SEAL Delivery Vehicle Team ONE. He worked alongside teammates in Task Forces deployed to the Middle East, Central Asia, the Balkans and Africa, and has significant operational experience in contingency operations around the world. He served as a Director for Combating Terrorism and Director for Maritime Security on the National Security Council Staff under the Bush and Obama Administrations.
Nathan is Shield’s Chief Scientific Officer as well as an Associate Research Professor in the world renowned Robotics Institute of Carnegie Mellon University. Prof. Michael is director of the Robust Adaptive Systems Lab, one of the largest faculty laboratories in the Robotics Institute; author of over 120 publications on control, perception, and cognition for resilient intelligent single and multi-robot systems; nominee or recipient of nine best paper awards (ICRA, RSS, DARS, CASE, SSRR); recipient of the Popular Mechanics Breakthrough Award and Robotics Society of Japan Best Paper Award (of 2014).
GAYLE TZEMACH LEMMON
Gayle is the New York Times best-selling author of two books about the post-9/11 wars, The Dressmaker of Khair Khana and Ashley’s War, and an adjunct fellow at the Council on Foreign Relations. She began writing about entrepreneurship in conflict and post-conflict zones while studying for her MBA at Harvard following a decade covering politics at the ABC News Political Unit. This work from Afghanistan, Rwanda, Liberia, Bosnia and beyond, which earned her the 2006 Dean’s Award, has been published by the World Bank, Harvard Business School, the Financial Times, Harvard Business Review and CNN, among others. Gayle is a frequent speaker on national security topics, including at the Aspen Security Forum, Clinton Global Initiative, and TED forums, and has given talks at West Point, the Naval Academy, and the National Infantry Museum. From 2006 to 2010 she served as a vice president at the global investment firm PIMCO, where she led public policy analysis during the global financial crisis. A Fulbright Scholar and Robert Bosch Fellow, she is conversant in Spanish, German, French and Farsi.
Pete spent five years at Draper Laboratory where he designed and fielded real-time vision-aided navigation algorithms including approaches using visual inertial odometry and geo-referenced image correlation. His software and algorithms have been fielded on autonomous aerial vehicles that have flown in the United States and in theater. Previously, he spent six years at Honeywell where he developed SLAM algorithms and non-linear, fault tolerant controllers. He earned his MS from MIT and BS, summa cum laude, from University of Minnesota.
Kenny has maintained and developed software for robotic navigation including path planners and trajectory generators for autonomous quadrotors. Previously, he developed software and firmware to integrate, test, and maintain ranging and perception sensors for an autonomous floor cleaner at Brain Corporation. As a student at UCSD, he co-developed a vision controlled and target tracking mobile ground robot which won "Best Project" in the UCSD ROS Robotics course. He earned his BS in Computer Science from UCSD.
Frank has developed numerous exploration and path-planning algorithms for autonomous robots. Previously, he developed a stereo vision based 3D tracking algorithm to assist autonomous UAV landing on a mobile platform for the Navy. He was recognized as intern of the year at SPAWAR, a 12,000-person organization. His work also includes vision based eye tracking and facial recognition. He earned his BS in Computer Science from UCSD.
Prior to joining Shield AI, Connie worked on 6DOF simulation, control data analysis, and mission validation for the Global Hawk and Triton UAVs at Northrop Grumman. She has experience from Orbital ATK performing system failure analysis on the Space Launch System thrust vector control system. She also worked at NASA's Jet Propulsion Laboratory evaluating potential landing sites for a Mars rover and co-authored three publications while at JPL. She graduated with her Master's in Aerospace Engineering from Purdue and her BSME from Caltech.
Adam has developed several robots and autonomous systems over the past several years. At Brain Corporation, he implemented SLAM algorithms and worked on perceptual systems that used RGB-D cameras, Lidar, and ultra-sonic sensors to create reliable maps of various environments. He also was the CTO and Co-Founder of a mobile app startup that developed a customer acquisition tool for the food services industry. He's personally built a hexapod robot, a solar powered boat, and several software applications. He graduated from UCSD with his BS in Computer Engineering.
Kyle's passion for aerospace stems from growing up in a multi-cultural household in Singapore that traveled across Asia, Europe, and North America. With research and work experience at Stanford, SpaceX, and Boeing, Kyle ultimately honed in on developing autonomous systems from conception to production. He matured the control electronics and software for shape memory alloy actuators at Boeing. In parallel, he also developed a physics-based LIDAR model that can be used in model-based development of control systems. He graduated with his MS in aeronautics & astronautics from Stanford and his BS in general engineering from Harvey Mudd College.
Kevin has worked several years in consumer electronics product development and more recently developed localization and object recognition algorithms for autonomous vehicles. At Motorola Mobility, he helped design several generations of industry leading flagship devices, including the Moto X and Moto 360, and created new manufacturing processes that scaled to millions of units. In the field of robotics, he has worked at the crossroads of computer vision and localization, including structure from motion and monocular SLAM. He earned his Master’s in Robotics from the University of Michigan and BSME from UCLA.
Christian has a broad range of experience designing and developing consumer products for a number of different industries. He began his career at Proctor & Gamble designing products for the Gillette brand and has since worked on SCUBA equipment, golf clubs and consumer electronics. Most recently, Christian led the mechanical engineering team responsible for the mechanical design of GoPro’s Karma quadcopter. He earned a BS in Mechanical Engineering from Worcester Polytechnic Institute.
Manas is a systems engineer with an emphasis on controls, instrumentation, and robotics. He has experience in a variety of startup roles, from founding through midstage, and from engineering research to development to manufacturing transfer and program manager. He has 20 patents issued. He earned his PhD in mechanical engineering from MIT, his MS in both electrical and mechanical engineering from MIT, and a BS in Bioengineering, summa cum laude, from UC Berkeley.
Connor previously worked at NASA Langley Research Center, where he developed analytic models of noise scattering and an image-analysis tool to measure component bowing during wind tunnel experiments. Connor earned his MSME from Stanford University, and his BSME from Southern Methodist University, graduating summa cum laude with a perfect GPA.
Mark started his career designing switched mode power supplies for various aerospace companies, focusing on modeling, control, and EMI reduction. Prior to joining Shield, he led hardware research and development of wireless power solutions for consumer electronics and medical devices at Qualcomm. He has over 20 patents filed and holds an MS and BS in electric engineering from Rensselaer Polytechnic Institute.
Prior to Shield, Ben worked on the Karma program at GoPro as one of the lead test pilots. For the Karma, he characterized battery performance, and collected sensor data. He has a wide range of experience, ranging from auto mechanics (he was a Porsche technician at SP Motorsports) to CNC manufacturing and CAD design. He is passionate about all things mechanical in nature and has been flying drones for the past five years.
Chet contributes to the team as a devops engineer and software generalist. Previously, he worked as an intern at Microsoft and a couple early-stage startups doing anything from full-stack development to web scraping. During college, he enjoyed attending hackathons and building things, such as a card-swipe spoofer for mobile payments or a sensor kit to add modern safety features to older cars. He earned his BSCS at UCSD.
Prior to Shield, Evan developed localization software at SPAWAR for underwater vehicle state estimation. He has a passionate interest in all things AI, particularly in computer vision and reinforcement learning. He earned his PhD in controls from UCSD and graduated summa cum laude, first in his class, from UCSB in mechanical engineering.
Sam has a background in autonomous vehicles, having worked on novel localization methods for self-driving cars at MIT Lincoln Laboratory and controls for the same at Comma.ai. In additional to cars, he has experience in planning and control across a variety of platforms including the planning and controls algorithms for a dynamic walking bipedal robot. Sam earned his BS and MS degrees in Robotics Engineering at Worcester Polytechnic Institute.
Chris spent 12 years in the Unmanned Systems Group at the Space and Naval Warfare Systems Center (SSC) Pacific. In that time he worked on the full spectrum of robotics research from command and control to data fusion. For the past 7 years he has focused on machine learning for object detection and tracking, motion detection, and other computer vision algorithms. Chris is also a part time lecturer of robotics in the Computer Science Engineering department at the University of California San Diego (UCSD). He earned his PhD and MS in Computer Science Engineering from UCSD and two BS degrees from Purdue University.
Vibhav brings experience in distributed mapping algorithms by robotic teams with communication constraints in large GPS denied environments such as cave and tunnel networks. He has developed an information-theoretic metric that intelligently controls the flow of information between a team of exploring robots to enable operation in complex environments using high data-rate 3D sensors. Vibhav earned his MSCS with a perfect GPA, and BSCS with a perfect GPA, summa cum laude, from Carnegie Mellon University.
Amin joins Shield after working 11 years in the Unmanned Systems Group at SPAWAR Systems Center, Pacific. He has worked on a slew of robotics and machine (including deep) learning projects projects for localization and perception. Amin earned his BSEE from the University of California, San Diego.
Scott comes from Netgear where he helped design and develop the Arlo wireless security monitoring system. He has extensive experience working on embedded systems with specialization in networking, media streaming, radio, and battery applications. He earned his BSEE from UCSD.
Prior to Shield, Allie had never flown a drone, today she spends her days helping the engineering team by dominating as a test engineer for Nova. She previously worked in an outpatient orthopedic and neuro-rehabilitation center and was an undergraduate teaching assistant in human anatomy labs. She earned her BS in Kinesiology from SDSU.
Mitch is a recent graduate from Northeastern University where he was the chassis design leader on Northeastern's Baja SAE team. In addition to his Baja SAE experience, Mitch had several internships ranging from aerospace to consumer electronics while at Northeastern, He earned his MS and BS in mechanical engineering from Northeastern University, graduating summa cum laude.
Shobhit comes with experience in the field of Robot Perception ranging from state-estimation and mapping to high-fidelity modeling of the environment toward enabling precise autonomy. Prior to Shield AI, he developed arbitrary resolution, information-theoretic environment representations at Carnegie Mellon University (CMU). He previously worked at Qualcomm's Corporate R&D division where he worked on mobile platform virtualization and electronic video stabilization. Shobhit earned his Master of Robotics at CMU.
Tristan is an electrical engineer performing hardware design for Shield AI. Prior to Shield, he designed wireless devices for the medical and Internet of Things (IoT) industries. His graduate research focused on designing circuits to wirelessly control the locomotion of insects used for SLAM and search and rescue missions. During a research assistantship he designed a noninvasive human brain stimulator for neuroscience research. Tristan graduated summa cum laude with perfect GPA in both his MSEE from NC State University and his BSEE from Clemson University.
Michele spends her time on business operations, marketing and talent at Shield AI. Michele has a background in working with tech startups, including leading EvoNexus - a startup tech incubator where she oversaw the startup portfolio from application to exit, managed strategic partnerships, operations and new business for all three locations. She studied Communications and Economics at UCSD.
Justin proudly served in the US Navy for six years prior to joining Shield AI. He served as a Navy SEAL with tours to the Pacific Theater and Iraq. He earned his mechanical engineering degree from the University of Tennessee and is currently completing his MBV from the University of Southern California.
Rommel has over 15 years of software development and engineering experience, having spent the last 7 years focused on mobile application development for the Android platform. Prior to joining Shield AI, Rommel was heavily involved in the production of the GoPro Android app for camera connectivity and UX design integration, as well as the production of the Slacker Radio app that gives listeners anytime, anywhere access to some of the world's best music and entertainment. Rommel earned his M.Eng in Electrical and Computer Engineering and his B.S. in Computer Engineering, with Cum Laude honors, from the University of California, San Diego (UCSD).
Alyssa is a recent graduate who earned her BS in Kinesiology from San Diego State University. Prior to working at Shield, Alyssa worked at a privately owned outpatient rehabilitation clinic and volunteered at various hospitals local to San Diego. Before Shield, Alyssa had never flown a drone, today she assists the engineering team by flying Nova as a test engineer.
Aatish was most recently a software engineer at Skurt where he engineered the implementation of GPS devices in cars to track location and gather telematics. He also led a startup in college called Autolab, which provided autograding software to 10+ universities reaching 10k+ students. Prior to that he interned at Uber and MongoDB. Aatish earned his BS in Electrical and Computer Engineering with a minor in computer science from Carnegie Mellon University.
James Edmondson is an autonomy researcher and engineer who has worked on various projects in distributed, collaborative artificial intelligence, formal methods, and scalable, resilient and portable middleware for systems-of-systems. He is the principal investigator for two large open source projects for distributed artificial intelligence: the Multi-Agent Distributed Adaptive Resource Allocation (MADARA) project for knowledge sharing and the Group Autonomy for Mobile Systems (GAMS) project for distributed and collaborative AI. While at the Software Engineering Institute at CMU (a DoD FFRDC), he advised US Department of Defense agencies and government entities on drones, AI, swarms, ensembles, safety, mission-critical systems, verification and validation, and related areas as a member of the Reliance 21 Autonomy Community of Interest. He has published over 20 papers in peer-reviewed conferences and journals, has been interviewed for technical blogs and podcasts, and served on conference committees and senior program committees for top-tier conferences like the International Conference for Autonomous Agents and Multiagent Systems (AAMAS).
Prior to Shield AI, Andrew spent two years at McKinsey, serving both public and private sector clients, focusing on Sales, Operations and Talent Management. Prior to McKinsey Andrew was an officer in the United States Marine Corps serving as an attack helicopter pilot, with two tours to Iraq and one tour to Afghanistan. He is a graduate of the USMC's Weapons and Tactics Instructor course, earned his degree in Astrophysics and European History from Vanderbilt University and his MBA from MIT.