Directory · US
Robotics Engineering in United States
A register of firms and the professionals working at them in the Robotics Engineering sector based in United States. Browse the public index, then filter or export on Kipplo.
Companies
635 on file
Amidon Heavy Industries
Amidon Heavy Industries builds uncrewed inspection systems for subsea infrastructure. Our surface platforms deploy robotic vehicles to inspect fiber cables, pipelines, and offshore power assets without the need for ships or crew. We combine modular hardware with a software platform that delivers real-time data, digital twins, and actionable reports. This approach enables faster detection, continuous monitoring, and a step-change in cost and reliability compared to traditional vessel-based operations. Our goal is simple: make subsea visibility routine, affordable, and always available. Whether you operate a global telecom network or critical energy infrastructure, we help you see and manage what's happening beneath the surface.
1 to 10 staff
Formulate Robotics
Formulate is the factory of the future for chemistry-based products. What AWS did for compute, we’re doing for physical production of a $3 trillion market spanning personal care, oral care, health & wellness, supplements, pet care, pharmaceuticals, household products, fragrances, flavors, and specialty chemicals. We make manufacturing work like software deployment - automating formulation, batching, and filling through AI, robotics, and end-to-end software.*Our in-house consumer brand (formulate.co) serves as a testing ground for product innovation and platform development.
11 to 50 staff
Ground Control Robotics
Ground Control Robotics is working with Georgia Tech Researches to build multilegged robots that go anywhere. Our flagship product, SCUTTLE, is a centipede-like robot that tackles the dull, dirty, and dangerous tasks of specialty agriculture and pest control. SCUTTLE excels in environments where traditional wheeled and few-legged robots fail: attics, crawlspaces, disaster zones, and challenging fields. We're building a new paradigm to change the way robots move through our world.
1 to 10 staff
Pipe Force
Pipe Force unites technological excellence with client-centric care. Our proven, first-to-market sensor application brings unrivaled efficiency to storm and sewer pipe inspection.
1 to 10 staff
Rastic
RASTIC is the Boston University engine for applied robotics innovation that benefits society. It is our hub for education, skilled workforce development, entrepreneurial pursuit, industry partnership, and research translation. Our leadership and impact are felt not just here at BU but around the New England region and across the Robotics and Autonomy sector at large. RASTIC allows students to expand and hone their robotics skills, so they are ready to make an immediate impact in their classes and in the workplace. RASTIC is a robotics hub, providing an innovation space, a thriving community, and a forum for intimate tech talks, industry days, career fairs, research exchange, and networking, among companies, students, faculty, investors, and other industry stakeholders. In RASTIC, students can design, build, and test all kinds of robots, from simple consumer ‘bots to GPU-fueled, AI-powered cutting-edge marvels. Aerial and ground-based robots can navigate dynamic landscapes, assisted by Hollywood-grade motion-capture technology. Students can custom-mold silicon to create the flexible robots that are rapidly emerging in medicine, Industry 4.0, and beyond.
11 to 50 staff
Splash Industries
Splash Industries designs and manufactures cutting-edge drone-boats for a fraction of the price of traditional systems. Our first offering, the 11-ft Typhoon USV, is already being deployed with both National Security and commercial customers. Boasting an 800nm range, 50kt top speed and 300lb of payload capacity all for a starting price of $30k, it is undoubtedly the highest value-for-money maritime solution available on the market today. Our long-term vision is to render the vast majority of traditional commercial and military vessels obsolete by offering a higher level of capability while requiring none of the manpower. Our team consists of former engineers from top companies such as Anduril and Verkada with extensive maritime robotics, mass manufacturing and machine vision experience.
1 to 10 staff
Toborlife Ai
Tobor Robot Corporation develops autonomous robot control systems. We partner with Unitree to create high-performance, cost-effective robotic solutions for businesses and residential customers. Our Robot Harness™ Control System allows customization for home and business use. With a strong distribution network and a commitment to customer success, we will be the source for robotics and AI to integrate into daily work and home life. Software-Enhanced Robotics with Strategic IP Ownership We differentiate ourselves by enhancing off-the-shelf robots with proprietary software and integrations, unlocking advanced functionality. Our close partnership with Unitree provides early access to opportunities and referrals. Located in Silicon Valley, we strategically partner, securing joint IP to build long-term value through unique robot capabilities. Our roadmap focuses on enabling robots to perform novel, advanced tasks, positioning us as a key innovator.
11 to 50 staff
Uci Ace Robotics
ACE (Anteater Combat Engineering) is an undergraduate combat robotics team at UCI, designing and competing in competitive robotics from 1lb to 30lb weight classes. No matter one's experience, ACE provides its members the opportunity to develop their skills in a team effort multidisciplinary environment. All of our robots are built for competition, as we compete at UCI and throughout the state as we represent UCI Engineering Anteaters!
1 to 10 staff
Usc Advanced Robotic Combat
SC Advanced Robotic Combat (ARC) aims to provide an engaging educational opportunity for engineering students through combat robotics, bringing the adrenaline-filled action found on the TV show Battlebots to USC students at a low barrier-to-entry. Founded in 2023, SC Advanced Robotic Combat is an award-winning design team dedicated to bringing students together to design and build remote-controlled combat robots for high-intensity, boxing-style matches. These robots, ranging from 150 grams to 250 pounds, integrate a broad array of engineering disciplines, including computer-aided design (CAD), systems integration, finite element analysis (FEA), and manufacturing. Beyond technical expertise, combat robotics also promotes critical thinking and teamwork. Repairing heavily damaged robots under the pressures of limited time and resources during competitions pushes ARC team members to quickly brainstorm and implement engineering solutions.
51 to 200 staff
Water Robotics
For centuries, furniture was passive. Rigid. Water Robots is making it adaptive. Alive. For the first time ever, the environment you live in will respond to you.
11 to 50 staff
10 Things
10Things is building the future of practical robotics by tightly integrating modern simulation and machine learning with rigorous hardware engineering and manufacturing. We start in the simulator: high-fidelity physics, sensor models and digital twins let us generate massive, realistic training data and run rapid experiments that would be costly or unsafe in the real world. Using advanced methods — including model-based control, deep imitation and reinforcement learning, domain randomization, and model-in-the-loop / hardware-in-the-loop testing — we train and tune control and perception stacks until they transfer robustly to real devices. That simulation-first approach enables three parallel product tracks: • Consumer home robots that reliably handle the top 10 repetitive tasks (lighting, laundry, dishwashing, vacuuming, folding, etc.). • A speed-performance robot platform engineered for agility and low-latency control in high-tempo applications. • Industrial robotic systems and integrations designed for throughput, repeatability and safe collaboration on factory floors. Why this matters: simulation + disciplined tuning reduces field failures, shortens development cycles, and makes safe, predictable automation practical at scale. We pair that with full product engineering — sensors, embedded compute, mechanical design, and in-house manufacturing — so our models don’t just perform in the lab, they perform at home and on the line. Core pillars: • Digital twins & physics-accurate simulation for safe, repeatable training. • Sim-to-real transfer techniques (domain randomization, calibrations, HIL). • Advanced learning: deep RL, imitation learning, and model-based controllers. • End-to-end product engineering and manufacturing for consumer and industrial robots. • Safety, privacy and compliance as fundamental design constraints. Explore today http://10things.tech
1 to 10 staff
3dbu
3DBuffalo (3DBU) is on a mission to make robotics as a whole more affordable for everyone while striving to drive innovation through accessibility without compromising quality. We use power of education to empower the next generation of makers, allowing them to transform their visions into robotic solutions. Join us today, where we empower innovation through simplicity.
1 to 10 staff
Bender Ars Vip
The Bender Autonomous Robotic Systems (ARS) Vertically Integrated Project (VIP) or Bender ARS VIP for short, is a VIP project at Boise State University that helps students get hands-on experience designing, building, and testing autonomous robotic systems.
11 to 50 staff
Bhs Arrowdynamics 10079
We build robots, we educate, inform, and have fun!
11 to 50 staff
C&p R&d
Humanoid robotics has stalled at surface-level mimicry. What’s missing? True biomechanical intelligence — joints that don’t just look human, but move with the same nuance, adaptability, and control of humans. At C&P R&D, we’re building the foundational motion systems for physical AI — enabling a new generation of robots to move, work, and interact like us. Let’s build the future of embodied intelligence.
1 to 10 staff
Cogniedge.Ai
CogniEdge.ai pioneers Physical AI to transform human robot interaction (HRI), enabling seamless, intelligent robotics for manufacturing, logistics, gaming (BCIs), and healthcare. Our Cohesive Edge-Driven Robotics (CEDR) framework orchestrates cobots and swarm robots through a single pane of glass, powered by advanced neural networks, digital twins, and Edge AI. From collaborative manufacturing to BCI-driven VR control, we deliver adaptive automation with leading AI partners. As a trailblazer in robotics interoperability, CogniEdge.ai is shaping the future of intelligent systems. Join us in 2026 to explore our innovative pilots and revolutionize industries together. Follow us for updates on our mission to advance Physical AI and HRI.#PhysicalAI #HRI #EdgeAI
1 to 10 staff
Crush Depth
2024 MATE ROV Pioneer World Champion - 2024 Oceaneering, Co-Pilot of the Year Award
51 to 200 staff
Iamai Simulations
IAMAI Simulations is the organization behind the open-source simulation platform Project AirSim. After Microsoft sunset the official development of AirSim, IAMAI stepped in to lead its revival and active maintenance, fostering a community-driven, open development model. We offer enterprise support, feature development, scenario integration, cloud infrastructure, and tailored simulation pipelines for research and industrial use. Whether you need to simulate aerial drones, autonomous cars, or novel robotic vehicles, IAMAI is your partner. We're not just building tools — we are nurturing a community. If you're using Project AirSim in your research, business, or education, get in touch. We're here to help, and we welcome both technical contributions and sponsors that help us sustain the platform.
1 to 10 staff
Makerhacks
Through MakerHacks, our goal is to create a space that’s both competitive and supportive—a place where people can push their limits while being encouraged to build something meaningful. We hope to have a positive impact on the young STEM community.
1 to 10 staff
Michigan State Unmanned Systems
Michigan State University Unmanned Systems Club is the only competitive student organization focused on the creation, development and operation of unmanned aerial vehicles.
11 to 50 staff
Msu Autonomous Vehicles Club
We're MSU's autonomous vehicles club - an undergraduate organization here to give students the opportunity explore the various facets of AV research and development. Given the multidisciplinary nature of AVs and robotics as a whole, we give students a wide variety in options in what they can work on - everything from computer vision and perception tasks to controls challenges and even some work with embedded systems.
11 to 50 staff
Purdue Boilersubs
BoilerSubs focuses on building high-tech submarines. Our main goal is to compete in the RoboSub robotics competition to go against other schools. We are the first underwater robotics club here at Purdue in Indianapolis, giving Purdue's new urban campus another highly technical STEM-focused club. Come join if you're interested and don't hesitate to ask questions. Robotics just got way more fun!
11 to 50 staff
Reliability Essentials
Reliability Essentials delivers industrial robotics and maintenance-reliability services for manufacturers. Helping plants recover fast from downtime, optimize robot performance, and build sustainable PM strategies that lift OEE and asset availability. Industrial Robotics & Automation • Emergency recovery & troubleshooting (FANUC/KUKA) • Commissioning & integration support • Program updates, path optimization & cycle-time improvement • Short-term coverage & 24/7 coverage for critical lines • Training & knowledge transfer to in-house teams Maintenance & Reliability • Maintenance Strategy design & optimization • Root Cause Analysis (RCA) and FMEA facilitation • Critical Spare Parts Program development • KPI tracking & improvement: MTBF, MTTR, OEE • CMMS support, procedures, and documentation How we work Hands-on, results-oriented support—on-site or remote—focused on measurable uptime, safer operations, and long-term reliability. Based in the Carolinas; remote support available nationwide. Get help Need robotics recovery, integration support, or PM optimization? Request support or book time today.
1 to 10 staff
Robiti
Looking for help creating or refining the way your robots interface with humans, software, or devices? You’ve come to the right place. We understand robotic product life cycles, constraints, and the discipline of human robot interaction. We’ll design and build your user and system interfaces so your engineers can stay focused on core robotics development.
1 to 10 staff
