Evénements
Evénements
Join Us for an Inspiring Webinar !
Don’t miss this opportunity to be inspired, motivated, and equipped with the tools you need to turn your vision into reality. Join us as we celebrate innovation, resilience, and the power of community support!
🗓️ Date & Time: March 26th, 2024 from 12.00 to 13.00 Time zone (GMT+1)
🌐 Location: Online – Register for the Webinar
🔍 What to Expect:
• Insights into real-life success stories powered by our Innovation Booster’s support
• Strategies and tips for securing funding and navigating project development
• Q&A session for personalised advice and inspiration
👥 Who Should Attend:
• Aspiring entrepreneurs
• Innovators seeking funding opportunities
• Anyone passionate about fostering positive change and innovation
In collaboration with Innovation Boosters Digital Health Nation and Databooster
Joignez-vous à nous alors que nous analysons et développons les défis liés au confort et au contrôle des systèmes des exosquelettes.
Ensemble, nous relèverons ces défis pour améliorer l’efficacité et l’utilisabilité de ces dispositifs.
Agenda :
09h00 – 10h00 Café d’accueil et mots par les organisateurs
10h00 – 10h30 Introduction aux études de cas
• Optimisation de la conception ergonomique
– Focalisation sur l’ergonomie
– Évaluation du confort, du soutien du mouvement et de la réduction de la fatigue
• Intégration du système de contrôle
– Étude des différentes modalités de contrôle et de leurs applications pour améliorer l’interaction utilisateur et la fonctionnalité
– Analyse d’exemples concrets et réalisation d’exercices pratiques
10h30 – 11h30 Panel sur Cas d’étude 1
11h30 – 12h30 Panel sur Cas d’étude 2
12h30 – 14h00 Déjeuner et réseautage
14h00 – 15h30 Atelier d’idéation
15h30 –16h00 Pause-café et échange d’idées
16h45 – 17h00 Présentation des solutions et clôture
🗣️ Langue : Français
📝 Entrée gratuite pour les personnes inscrites. Les places sont limitées
Prochains événements
Événements passés
Identified challenges
- How can we improve customer experience throughout the entire travel chain?
- How can maintenance and repair processes be optimized for efficiency and reliability?
- How can passenger flow be optimized to enhance convenience and reduce congestion?
- How can autonomous driving be effectively implemented to improve safety and efficiency?
Identified challenges
- How can we establish a regulatory framework that effectively addresses self-learning and self-optimizing systems?
- How to align an implementation plan considering the time to market and possible into force coming of hindering regulations?
- How to enable an understanding of semantic in human language into human-robot-interaction? And how to get a suitable training base for speech understanding beyond the basic languages, i.e. dialects?
- How to align the understanding und acceptance of liability and responsibility of e.g. assistance animals and assistance systems?
- How to improve the speed/performance on real-time 3D reality capture for mobile/humanoid-environment-interaction?
Identified challenges
- How can we establish legal and technical safeguards to protect personal data and ensure privacy compliance in AI and robotics?
- How can small-scale, cost-effective AI and robotic solutions effectively contribute to reducing carbon emissions, pollution, and food waste over time?
- How can we develop cost-effective frameworks that validate AI models while ensuring compliance with evolving industry standards to balance innovation and regulatory adherence?
- How can AI-driven robotic companions and digital tools enhance patient emotional well-being while reducing caregiver burnout to create a more supportive and sustainable healthcare environment?
Identified challenges
- How can reliable communication be ensured between robots and with the robot itself?
- How can environmental factors be managed to improve robot navigation and ground-based solutions?
- How can financial constraints be overcome to enable the deployment of advanced robotic solutions?
- How can broader standards and regulations be established for underwater testing and flying robots?
- How can regulatory barriers be addressed to facilitate testing for underwater and flying robots?
- How can contamination in water be effectively identified using innovative solutions?
Identified challenges
- How can robotics and automation be integrated into agriculture to enhance precision, reduce labor dependency, and improve resource management while ensuring sustainability and food security?
- How can robotics and automation optimize food handling, processing, and packaging to improve efficiency, safety, and sustainability while reducing waste and maintaining quality in complex supply chains?
- How can regulatory frameworks evolve to keep pace with technological advancements, ensuring the safe, ethical, and standardized use of robotics and automation while balancing innovation and public interest?
The Swiss Robotics Day (SRD) is Switzerland’s most comprehensive exhibition on robotics for industry and research.
The SRD brings together industry, researchers, investors, engineers and students to exchange and share experiences, new ideas, and technologies. Matchmaking sessions facilitate collaborations and partnerships. Presentations of distinguished speakers will focus on innovative technologies, new market trends for robots, logistics, the future of aerial robotics and robots in healthcare.
Since 2021 the format of the event evolved to include more networking and matchmaking sessions and help facilitate collaborations and partnerships. New features also included job advertising and a pitch / storytelling session for start-ups and young companies.
The SRD is a one-day event initiated by the Swiss National Centre of Competence in Research in (NCCR) Robotics – a flagship project with EPFL as leading house and ETH Zurich as co-leading house. The 2024 edition was organized by Innovation Booster Robotics, the University of Basel (Dept. of Biomedical Engineering) and EPFL.
