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Human Motion

Human Motion

Designed and equipped for assessment of human movement (with and without robotic assistance) and the evaluation of wearable technologies that aim to quantify human motion. The Human Motion Lab is a large open space (38’ x 20’) with a 10’ ceiling and is located within the Human Testing Center. Having the Human Motion Lab located within the Human Testing Center allows us to conduct a wide variety of studies evaluating the effects and interactions of human motion with behavior, sleep, aerobic fitness, strength, body composition and muscle function.

The lab is equipped with nine high speed infrared motion analysis cameras, three force platforms and a collaborative robot arm. The equipment in the Human Motion Lab enables precision evaluation of human motion and the forces acting on and within body during movement. This equipment in the Human Motion Lab also provides the capability to assess and validate wearable technologies aimed to quantify biomechanical targets relevant to movement or balance. Knowledge gained by the study of human motion provides specifications and targeted outcomes for biomechanically assistive devices aimed to improve or restore motion. A featured piece of equipment in the Human Motion Lab is the KUKA LBR iiwa robot arm. The KUKA LBR is one of the most advanced and sensitive robotic arms available, and can be used to interact directly with people. It is used to enhance understanding of human-machine interaction with a focus on improved medical rehabilitation techniques and the manufacturing and validation of assistive devices. The combination of this interactive robot with a motion capture system is a unique capability in the world. The robot also allows for characterization of sensor technologies through emulation of human movement for stability or variability testing.

Are you a device developer? Do you want to be able to compare your gold standard measures of motion analysis? The Human Motion core houses the equipment necessary to conduct validation and calibration studies for your wearable - and provides the necessary equipment to synchronize many 3rd party devices (analog and digital) with the existing motion capture system, allowing for easy comparisons between systems.

  • Qualysys Oqus Infrared Motion Capture System

    • Qualisys Track Manager (QTM)
      • Allows for the collection of multiple integrated motion capture streams
      • Matlab quick connect allows you to stream QTM data into Matlab for enhanced data acquisition capacity
    • (8) Qualisys Oqus 7+ (infrared only)
      • 12MP @ 300 frames/second full, field of view
      • 3MP @ 1,100 frames/second, field of view
      • Motorized Lens Control
    • (1) Qualisys Oqus 510 (infrared & video)
      • 4 MP @ 180 frames/second
      • 1 MP @ 360 frames/second
      • High Speed Video
  • AMTI Force Platforms

    • (2) 600mm x 600mm (BP600600-1000)
    • (1) 1200mm x 600mm (BP1200600 -1000)
    • (3) GEN 5: six-channel amplifier
      • 2.5, 5.0 and 10.0V range
      • 500, 1000, 2000, and 4000Av
      • 10-2000 Hz operating range
  • C-Motion Visual 3D Data Analysis (Motion, Force, EMG)

    Integrated analysis, custom modeling and reporting.

  • Delsys Trigno EMG/IMU System

    • 16 sensor system - all sensory 1926 Hz (2hHz nominal) EMG
      • 8 – with triaxial accelerometer accelerometer
      • 8 – with 9 degree-of-freediom inertial sensor (3D Accelerometer, 3D Gyro-scope, 3D Magnotmeter)
  • KUKA LBR iiwa 14-R820 Robot Arm

    • 820mm reach, 14kg payload
    • +/- 0.15mm of position repeatability
    • IP 54 Precision
    • 7 controlled axes of motion
    • Interactive touch control of the robot, allowing sensitive, intuitive control of movement
  Campus Users Other Academic Institutions Industry Unit
Motion Capture $35 $65 $70 hour
Kuka Robot $15 $25 $30 hour
Training $75 $100 $130 hour
Technician $75 $100 $130 hour
Rates are subject to change, contact facility to verify current fees.
*costs reflect the use of equipment by a PI/Partner furnished staff who have been certified for use by the Core Director, if staffing is required additional rates will apply.
Updated October 4, 2017
Services

Training for new users consists of:

  • lab safety training,
  • operation of the instrument and associated software,
  • use of data analysis software,
  • exporting or presenting data,
  • clean up and shutdown of the instrumentation.

Facility Online Manager (FOM) (access and reservations)

Michael joined IALS as the founding director of the Human Testing Center having completed two postdoctoral fellowships - one in biomechanics and the other in physical activity monitoring. Michael has a wide range of research experience across many domains of human study including: biomechaics, motor control, exercise physiology, and physical activity and health. Michael holds a BS in Engineering from the University of Poetland, MS in Exercise Physiology from Eastern Michigan University, and a PhD in Biomechanics/Motor Control from the University of Massachusetts Amherst.
LinkedIn Profile: https://www.linkedin.com/in/drmichaelbusa/

Facility Staff

Michael BusaMichael Busa, PhD
Director
mbusa@umass.edu
(413) 577-0574

Location

S360 Life Science Laboratories
University of Massachusetts Amherst
240 Thatcher Road
Amherst, MA 01003

Directions/Parking

Training

We offer training to users to conduct experimentation for use on a fee for service basis to both internal and external researchers, academic or industry based. Following an initial consultation, covering experimental parameters training and access is arranged through the director, Michael Busa at mbusa@umass.edu.

Make a Payment

Make a payment to the Human Motion Facility.

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