Directory · CH
Robotics Engineering in Switzerland
A register of firms and the professionals working at them in the Robotics Engineering sector based in Switzerland. Browse the public index, then filter or export on Kipplo.
Companies
69 on file
Romantic Technology
Wir entwickeln XR Applikationen, low-cost Robotics und Web3 Anwendungen in eigenen Projekten oder für unsere Kunden.
1 to 10 staff
Skysec Defence Gmbh
development of highperformance uav systems for the defence sector
1 to 10 staff
Rehassist
Rehabilitation and assistive robobotics group at EPFL
11 to 50 staff
Competence Center Automation & Digitalization Smc - Zhaw
The Competence Center Automation & Digitalization SMC - ZHAW is a leading applied research hub fostering innovation in Industry 4.0/5.0, automation, robotics, and AI. Through our strategic partnership between SMC and ZHAW, we bridge the gap between academic research and industrial applications. Our focus- Development of innovative automation solutions - Industrial digitalization and smart manufacturing - Knowledge transfer and technology implementation - International research collaborations - Public-private partnerships for R&D projects We collaborate with industry partners across Europe to transform innovative ideas into practical solutions, driving technological advancement and economic growth. Our expertise spans from predictive maintenance to smart factory solutions, empowering businesses in their digital transformation journey. Join us in shaping the future of industrial automation. Where Industry Meets Innovation
11 to 50 staff
Aithon Robotics
Aithon Robotics develops drones for rapid aerial access. Making work safer, more efficient and cost-effective.
1 to 10 staff
Niederberger Engineering Ag
Unser Unternehmen bietet umfassende Konstruktions, Engineering- und Simulationsdienstleistungen an. Wir sind spezialisiert auf präzise Berechnungen und nutzen fortschrittliche Simulationstechniken, um maßgeschneiderte Lösungen für unsere Kunden zu entwickeln. Unser Service umfasst sowohl die Konstruktion neuer Produkte als auch die Optimierung bestehender Designs. Wir stehen unseren Kunden mit professionellem Know-how zur Seite und garantieren hochwertige Ergebnisse. Unser Ziel ist es, durch unsere Dienstleistungen einen Mehrwert für Unternehmen in verschiedenen Branchen zu schaffen.
1 to 10 staff
Aatb
AATB – Andrea Anner and Thibault Brevet – is an artist duo investigating human-machine interactions through robotics and industrial automation beyond factory settings. Their practice integrates software programming, electronics, mechanical engineering, and precision machining to critically explore how robotics enters everyday life. Live and work in Zurich and Marseille. Their work has been exhibited at ZKM (Karlsruhe), V&A Dundee, Ars Electronica (Linz), Chengdu Biennale, New Museum (New York), Venice Architecture Biennale, Zollverein (Essen), Unfold X (Seoul), APS Museum (Shanghai), HEK (Basel), Istanbul Design Biennial, Milan Design Week, and Museum für Gestaltung (Zürich). They have held residencies at CERN and Atelier Luma (Arles) and received the Swiss Design Award in 2021. AATB has taught at most Swiss art and design universities (ZHDK, ECAL, HEAD, FHNW, HKB, SUPSI) and internationally at Seoul University of the Arts, Design Academy Eindhoven, HFG Karlsruhe, and Iceland University of the Arts. They have lectured at conferences in Tokyo, Prague, The Hague, Seoul, Madrid, Berlin, Cannes, and Turin.
1 to 10 staff
Amazon Rivr
RIVR is a robotics company pioneering Physical AI for doorstep delivery. We combine neural networks with innovative wheeled-legged robots to automate the most labor-intensive part of delivery, bringing packages and food directly to consumers’ doorsteps, while mastering real-world challenges like climbing stairs, navigating cluttered spaces, and opening gates and doors. With customers already requiring tens of thousands of robots, RIVR is on track to generate more daily data than YouTube within four years, unlocking a powerful data flywheel for General Physical AI.
51 to 200 staff
Venture Robot Solutions
Venture Robot Solutions (VRS) builds a hardware-agnostic, human-aware intelligence layer that enables service robots to behave appropriately around people in real care environments. Our software focuses on socially acceptable robot behavior, allowing robots to understand social context, navigate shared spaces safely, and interact appropriately with staff, patients, and residents. VRS solutions are designed to be embedded into existing service robots, improving acceptance, safety, and operational efficiency without changing hardware. We collaborate with academic and care partners in Switzerland to test and validate our technology in hospitals and elderly care facilities, with a strong focus on measurable impact on workload, safety, and user trust.
1 to 10 staff
Avero
ETH x ZHdK Focusproject creating a safe to interact drone
11 to 50 staff
Caterra
Today, the only alternative to herbicides in agriculture is a combination of mechanical hacking, flaming and hand weeding. To make scalable organic farming possible, technologies are needed that greatly reduce the use of manual labour. Thanks to its laser-based approach Caterra’s robot allows the removal of weeds which are in close proximity to the crop, something mechanical methods are unable to do. Small, lightweight, fully electrical and chemical free!
11 to 50 staff
Epfl Robotics
We’re proud to be ranked as the #1 University in Europe for Robotics, thanks to our research performance measured by citations. Our cutting-edge applied research also places us in the top 15 of technology institutes worldwide, alongside Berkeley, Caltech, Cambridge, Delft, Imperial College, ETH, Harvard, MIT, Oxford, Stanford, NTU, and NUS. Our Labs and Centers aim to drive positive social impact by developing the next generation of robotics experts and solutions. We do this through leading-edge research, knowledge exchange, innovative experimentation, industry demos, technology transfer, and through excellence in teaching. Join us! This page is maintained by Dr. Anca Rusu, EPFL Robotics Community Manager.
51 to 200 staff
Eth Robotics Club
The ETH Robotics Club is a newly founded student organization at ETH Zurich, created by and for students with a shared passion for robotics. Our goal is to build a community around hands-on learning and real-world systems in areas such as autonomous drones, humanoid robots, and dexterous manipulation. In just the first few months since our launch, we’ve made significant progress. We now count over 200 student members across diverse disciplines, reflecting the strong enthusiasm for robotics at ETH. We are proud to have invited renowned professors such as Marco Hutter and Raffaello D'Andrea to join our advisory board. We’ve also forged partnerships with industry leaders such as NVIDIA, OpenAI and Hugging Face, as well as ETH-affiliated robotics startups and global leaders in venture capital, helping us build strong connections with the broader robotics ecosystem. We aim to offer students opportunities to learn, experiment, and collaborate on robotics challenges that go beyond the classroom. In time, we hope to grow into a hub for technical development, research collaboration, and student-led innovation. If you’re a student, researcher, alumnus, or sponsor interested in robotics at ETH, we’d love to hear from you.
201 to 500 staff
Flink Robotics
We're pioneering software intelligence that transforms robots into plug-and-play systems for material handling.
1 to 10 staff
Microagi
microagi is deploying robots at scale across industries.
11 to 50 staff
Asira
We are a focus project team of 8 ETH Zürich engineers committed to advancing smarter, greener industrial technologies for a more efficient future. ASIRA is our next-generation robotic innovation, designed to physically adapt to a variety of tasks while maximizing energy efficiency. Our vision is to transform industrial robots from rigid, task-specific machines into intelligent, adaptive systems. Inspired by nature, ASIRA dynamically adjusts its configuration to meet diverse task demands, from delicate assemblies to rapid operations, all while prioritizing energy efficiency. By leveraging AI, ASIRA bridges the gap between hardware and software, enabling quick, autonomous adaptation and optimization. This revolution in automation sets new standards in precision, flexibility, and sustainability.
1 to 10 staff
Auto-Mate Robotics
We believe that affordable automation is essential for your SME to stay competitive and keep the production in Switzerland. We provide a single smart and flexible robotic solution that can be quickly and easily reprogrammed for your different tasks, reducing the cost of the overall processes. Thanks to a smart and flexible robotic cell, it is possible to integrate any piece of hardware into a single and intuitive interface that can be rapidly and easily re-programmed by your workers.
1 to 10 staff
H-Robotics Switzerland
We provide professional robotic solutions that redefine efficiency, consistency, and quality across industries — from hospitality and retail to healthcare, education, and beyond. Our range of intelligent cleaning and service robots seamlessly integrates into existing operations, helping teams focus on high-value tasks while improving customer satisfaction and ensuring best-in-class service. Join the automation revolution and discover how our award-winning robots can elevate your business. Contact us at info@h-robotics.com to learn more or book a demo.
1 to 10 staff
Noctua
We are a team of engineers from ETH Zürich, supported by the Soft Robotics Lab. Our objective is to engineer a silent long-endurance drone that can autonomously monitor vast areas, supporting rangers in preserving wildlife. We‘ve successfully completed various test flights and proven our systems airworthiness. Currently we are working on making our plane more reliable, modular and efficient. If you would like to contribute, feel free to reach out!
1 to 10 staff
Pulsed Power Systems
At Pulsed Power Systems, we design and build highly versatile, customisable robotic platforms for various payloads and applications. Visit our website and discover in interactive 3D how our robotic platform solutions adapt to various application areas.
1 to 10 staff
Autobike
Autobike is a student-driven project at ETH Zurich aiming to design and build a self-driving bicycle that can return to its station autonomously. Our mission is to merge mechanical engineering, robotics, and intelligent control systems to create a sustainable and accessible mobility solution for the cities of tomorrow. We are a multidisciplinary team of 10 students, combining expertise in mechanical design, electronics, software, and control. Over the next year, we will develop a fully functional prototype capable of autonomous navigation, safe braking, and intelligent steering – bringing new possibilities to urban transport and shared mobility. Our project is supported by academic guidance and inspired by real-world applications: imagine a bike that drops you off at your destination and rides itself back, reducing clutter and making shared mobility seamless.
11 to 50 staff
Equilibrio
Equilibrio consists of 12 bachelor students from ETH Zürich in Mechanical and Electrical Engineering and from ZHAW in Systems Engineering. Supported by Prof. Dr. Marco Hutter and experienced tutors from the Robotic Systems Lab, we work together as an interdisciplinary team to develop an innovative robotic system. Our goal is to build a robotic unicycle capable of driving not only on flat ground but also on uneven terrain. The robot will feature a wheel as its base, a actuated closed kinematic chain as a leg that enables it to jump, hip joints for dynamic balancing, and an upper body holding all the sensors and electronics. Equipped with sensors, it will be able to perceive its environment and showcase some autonomous behavior in the future. We see this challenge as both a unique learning opportunity and the creation of a novel research platform. By combining efficiency, agility, and compactness, Equilibrio pushes the boundaries of mobile robotics.
11 to 50 staff
Leva Robotics
LEVA is an all-terrain, autonomous legged robot, being developed by our team of 12 engineers and industrial designers from ETH Zürich, ZHAW and ZHdK. Our goal is to design a robot that carries standardised containers with heavy payloads in them, over stairs, unpaved land and all kinds of challenging terrain. We are a focus project at ETH Zürich, supported by the Robotic Systems Lab. Follow us for updates about our project, and don't miss the Focus Rollout on the 28th May 2024, where we will present a fully functional prototype.
11 to 50 staff
Microver.Ch
A hands-on open-source project built to teach you what it takes to make robots.
1 to 10 staff
