Experience the Innovation in the Continuum of Upper Limb Rehabilitation
Liliana Paredes, PhD
Scientific Coordinator ETH D-Hest Biomedical Data Science Lab (Zurich, Switzerland)
Dr. Ing. Liliana Paredes is the Scientific Coordinator at the Biomedical Data Science Lab, D-HEST at the ETH Zürich. She supports the lab in mentoring, knowledge translation, clinical practice guideline use and program development. Prior to her current position, she was the CTO of Vamed Management and Service Switzerland AG and the Head of the Robotics-Sport Therapy Team at the Rehaklinik Zihlschlacht AG. Liliana was the clinical lead for the construction of one of the largest robotic centres in the world at Rehaklinik Zihlschlacht. She has extensive clinical experience using advanced rehabilitation technology with neurological patients and Telerehabilitation solutions with multiple patient populations. She has a passion for those with neurological and cardiovascular diagnoses as well as for health and active living. She has an extensive network in the field of rehabilitation and experience in helping to design rehabilitation technologies and clinical studies. She is a graduate of the Medical University of Göttingen, and has presented at multiple national and international conferences.
Claudio Pizzolato, PhD
Senior Lecturer at Griffith University (Brisbane, Australia)
Dr Claudio Pizzolato was awarded a Master’s degree in Mechatronic Engineering from the University of Padova (2011), Italy and a PhD in computational Biomechanics from Griffith University, Australia (2016). Claudio is now a research lead within the Griffith Centre of Biomedical and Rehabilitation Engineering and a senior lecturer in the School of Health Sciences and Social Work, Griffith University, Gold Coast, Australia. Claudio’s research program focuses on the development of computational models of neuromusculoskeletal systems and artificial intelligence methods and their application rehabilitation after spinal cord injury, musculoskeletal rehabilitation, and athletic performance.
Program
Dive into the world of innovation in the continuum of upper limb rehabilitation!
Whether you are a clinician, researcher, therapist, or industry professional, through this workshop, we aim to establish a platform for sharing the latest innovations and fostering this exchange
Hands-On Experience with Hocoma’s latest innovation – ArmeoSpring PRO:
The ArmeoSpring Pro is a cutting-edge medical device designed to bring upper limb rehabilitation to the next level. ArmeoSpring Pro is based on the ArmeoSpring therapy with more than 15 years clinical experience. ArmeoSpring Pro new arm weight support, powered by patented TrueG technology, allows patients to receive continuous arm weight support from shoulder extension to shoulder flexion.
Interactive Discussions with Scientific Experts:
Collaborate with clinicians, researchers, and engineers to delve into innovative approaches for upper limb rehabilitation.
- How can we enhance the outcomes of rehabilitation technology?
- What novel trends can be seamlessly integrated?
- How will technology shape the future of rehabilitation?
Insight into Armeo Therapy Concept:
Acquire knowledge about the principles underpinning Armeo Therapy and its evidence-based approach to upper extremity rehabilitation – ranging from robotic support and mobilization with ArmeoPower for severely impaired patients, to arm weight compensation using ArmeoSpring, and sensor-based training via ArmeoSenso for mildly impaired patients.
Hocoma is the global market leader for the development, manufacturing, and marketing of robotic and sensor-based devices for functional movement therapy.
DIH is committed to bringing the world’s most advanced rehabilitation solutions and innovations to those that need them most, changing the lives of hundreds of millions of people in the process.
Hocoma is a proud partner of:
