Human-machine interaction, human gait and balance control, motor adaptation, exoskeleton control

Biomechatronics, human motor control

Biomechanics, Human locomotor system, robotic support of human movement, tissue interaction, mechanics for rehabilitation and orthopedics

Neurorehabilitation; Balance, Gait and Falls; Movement analysis; Stroke

biomechanics, motor control, posture, gait

I will be a postdoc working in the project 1 (Balance control in challenging conditions). I will be involved in developing balance control strategies for the exoskeleton.

I am a PhD candidate working for project 1 (Balance control in challenging conditions). My focus will be on the human balance recovery strategy after a balance perturbation.

Biomechanics, Motor control, Industrial link. Involved in balance recovery in response to treadmill perturbations.

Inertial sensing, sensor fusion, Xsens

Neurorehabilitation, traumatic brain injury, physiotherapy, motor learning, Biomechanics, Gait Analysis, arm robotics

Restoration of human functions / Rehabilitation; Human motor control; Amputation and Prostheses of upper and lower limbs

Balance control, Postural responses, Physical therapy, Medical certification

Experienced Chair in the non-profit organization management. Expert in Nonprofit Organizations, Clinical Research,Patient Advocacy, Medical Education, and Epidemiology  

Spinal cord injury, Rehabilitation research, Exoskeleton, Virtual reality, Gait

Gait & Posture, Motor control, Biomechanics, Neurological disorders

Full professor chairing the Dynamics and Control group. Editor of journal Communications in Nonlinear Science and Numerical Simulations. Scientific director of the Dutch Institute of Systems and Control (DISC).

Nonlinear and adaptive control, nonlinear dynamics

Nonlinear Dynamics and Control, Rigid and Soft Robotics, Additive manufacturing, Compliant mechanical design

Additive manufacturing, Next generation equipment, Industrial AM, Food printing, Pharma printing, Free form flexible electronics

Professional, high quality 3D printing with a focus on industrial and medical applications.

Professional, high quality 3D printing with a focus on industrial and medical applications.

Robots, automated guided vehicles, mechtranonic designs

Mechanical design, Medical devices, cocreation, Passive exoskeleton design for Duchenne

I am interested in those mechanisms that effect or are affected in a special way by interaction with their environment, called Interactive Mechanisms. Static balancing, dynamic balancing, compliant mechanisms, parallel kinematics, self-adaptability, distributed actuation and sensing.

Compliant shell mechanisms, passive exoskeleton design, design of medical devices, biomechanics, static balancing, metamaterials

Mechanical design, Methods of Fabrication, Mechatronics, Medical Devices, Rapid Prototyping

Metamaterials, spatial kinematics of compliant mechanisms, compliant shell mechanisms, fabrication of shell structures, static balancing, zero stiffness design and medical devices design

Design, development and production of orthoses and prostheses; Innovation scan from product - user - social and economic context; Set up and optimize production lines; MDD / MDR CE marking of Medical Devices; Risk management during design; Validation and verification testing

Dedicated engineer, entrepreneur and coach. Extensive experience in founding (healthcare) businesses. CEO of Laevo, which develops exoskeletons to prevent and alleviate work-related MSDs. Skills: entrepreneurship, medical devices, new business development, industrial and mechanical design.

Initiator and driving force behind by-wire.net. Together with a widely developed network she is dedicated to designing and prototyping innovative textile products and garments

Fashion strategist, she knows how to design products that people actually want to wear.

Mechanical design, Medical devices, cocreation, Passive exoskeleton design for Duchenne

Mechanical engineering design; rehabilitation engineering, with a focus on prosthetics and orthotics; miniature pneumatics and hydraulics

Biomechatronics, human motor control

Mechanical Design of Wearable robots, Design of Lightweight Actuators, Design Optimization, Exoskeleton Design, Real-time control of robots, EtherCAT.

Development and commercialization of lightweight and efficient speed reducer systems, particularly in the drive technology which I invented, the Archimedes Drive. Electromechanical product design and engineering, actuator design, medical implant design, and regulatory compliance.

Hankamp Gears is looking for solutions to support their staff to work in a safe and better ergonomic environment. Currently, staff members are continuously lifting heavy loads, often with non ergonomic machinery.

Transducers science, biomimetic, parametric and nonlinear transduction, additive manufacturing, self-assembly

Additive manufacturing, Transducer science, Electronics design, Electrophysiology

Additive manufacturing, Sensor and transducer Development, Microfluidic Chip Development and Manufacturing, Micro Systems Engineering, MEMS/NEMS

Medical Electronics, signal processing, neuroscience, advanced amplifier and communication technology, business skills

Data analysis, machine learning, business development, project management

High Performance 3D Technology

Mechanical design, Medical devices, cocreation, Passive exoskeleton design for Duchenne

Optical System Engineer, expert in high-resolution metal printing and laser based printing of highly-viscous conductive glues.

Balance, gait and motor recovery in neurorehabilitation. Full professor, chair of the Department of Rehabilitation at the Radboudumc and PI at the Donders Institute for Brain Cognition and Behaviour (www.ru.nl/donders).  

Human-machine interaction, human gait and balance control, motor adaptation, exoskeleton control

Biomechatronics, human motor control

Neurorehabilitation; Balance, Gait and Falls; Movement analysis; Stroke

Gait & Posture, Motor control, Biomechanics, Neurological disorders

Spinal cord injury, Rehabilitation research, Exoskeleton, Virtual reality, Gait

Balance, Balance Control, Interaction Control, Control Engineering, Biomechatronics

Spinal cord injury, Human-machine interaction, Exoskeleton, Sensory substitution

Assistive devices, Prototyping, modelling, patient trial, movement analysis, EMG analysis, biomechanical design

Process and innovation manager orthopedic instrument making, consultant Prosthetics and Orthotics, specialized in shoulder orthotics.

Neurorehabilitation, traumatic brain injury, physiotherapy, motor learning, Biomechanics, Gait Analysis, arm robotics

Balance control, Postural responses, Physical therapy, Medical certification

Management experience in education, experience expert as person with a paraplegia, chairman of the research committee of DON

Clinical Biomechanics, clinical movement analysis, clinical biomechatronics, motor control,  multi-disciplinary collaboration, neurorehabilitation, orthopedics

Biomechanics, Human locomotor system, robotic support of human movement, tissue interaction, mechanics for rehabilitation and orthopedics

Neuromuscular disorders, pediatric rehabilitation medicine, clinical research, assistive technology

Neuromuscular disorders, Rehabilitation medicine, Clinical Research

Human Movement Science, bridge between engineering and clinical application

Human Factors, Biomechatronics, Human-Machine interaction, Simulation models of neuromuscular systems, Motor Control, Rehabilitation Technology, Exoskeletons

Design Engineer with a focus on lightweight and wearable devices; Mechanical Design, Exoskeleton Design; Prototype Development; Actuator Design.

Human movement science, link to clinical application

Design, development and production of orthoses and prostheses; Innovation scan from product - user - social and economic context; Set up and optimize production lines; MDD / MDR CE marking of Medical Devices; Risk management during design; Validation and verification testing

Experienced Chair in the non-profit organization management. Expert in Nonprofit Organizations, Clinical Research,Patient Advocacy, Medical Education, and Epidemiology 

Neuromusculair disorders, fundraising

Neurology, neuromuscular diseases, medical advisor and consultant in the field of neuromuscular diseases

Mechatronics, Motion & control, Robotics, Industry 4.0

Mechanical design, Medical devices, cocreation, Passive exoskeleton design for Duchenne

Biomechanics, motor control, posture, gait

Biomechanics, ergonomics, spine

neuromechanics, EMG-musculoskeletal modelling, model-based control, human-machine interaction, exoskeletons, bionic limbs

Biomechatronics, human motor control

Industrial exoskeletons, human-system interaction, industrial ergonomics, usability, acceptance

Biomechanics, musculoskeletal modeling, motion capture

Exoskeletons, Low Back Pain, Control System

Biomechatronics, assistive and rehabilitation devices, exoskeleton controller design, real-time programming, human-machine interaction, EMG-based musculoskeletal modeling

Assistive devices, Prototyping, modelling, patient trial, movement analysis, EMG analysis, biomechanical design

Managing Director @ Open Innovation Centre i-Botics. Focusing on RD&I of  human – robot technologies.

Hankamp Gears is looking for solutions to support their staff to work in a safe and better ergonomic environment. Currently, staff members are continuously lifting heavy loads, often with non ergonomic machinery.

Operating theatre assistant, board member and secretary of the National Association of Operating Theatre Assistants (LVO), expert in risk factors and Quality Register for operating theatre assistants