SG3085 Human Movement Analysis and Modeling 3.0 credits
Rörelseanalys och modellering
This course consists of experiments in human movement analysis, with assignments in modeling. This course is aimed towards PhD students in musculoskeletal or neuromuscular biomechanics. It should ideally be taken early in PhD studies.
Education cycleThird cycle
Academic level (A-D)D
Main field of study
At present this course is not scheduled to be offered.
Intended learning outcomes
After the course, the student should be able to:
- Understand the concepts and implementation of motion analysis in hospital and research settings
- Implement experimental motion analysis data into a computerized musculoskeletal modeling environment
- Understand how experimental errors may translate into numerical errors and possibly propagate
- Have a basic understanding of motion capture software
- Have a good understanding of graphics-based biomechanical modeling software
Course main content
The course focuses first on the experimental motion analysis of humans, in which active cameras record motion from small markers placed on the subjects, after which a model to calculate actual joint motion and loading is used. This experimental motion analysis can then be implemented into musculoskeletal modeling software, after which muscle activations, anatomical structure, loading conditions and material properties can be modified to represent, for example, presence of pathology, which may change the strategy of the motion.
The motion capture will take place at Karolinska University Hospital and the simulation, at KTH Engineering Science, Mechanics. The cuorsewill require familiarity with motion capture and anaysis software from Vicon Motion Systems. The program SIMM by Musculographics Inc. is central to the course, with the additional module Dynamic Pipeline, which provides a pipeline between the biomechanical model and the calculated equations of motion in the underlying program SD/Fast.
The course begins with a series of experiments in the motion analysis laboratory, after which three modeling assignments based on the experimental data are given. Students can work in groups but must present their material independently. A final project is to be completed individually, according to instructions. A short presentation to the instructor and other students is required.
Participants should be enrolled in a PhD program related to biomechanics.
The instructor will prepare relevant publications and material.
Requirements for final grade
Final project. All three assignments and final project are compulsory. The grading scale is Pass/Fail.
Lanie Gutierrez Farewik
Elena Gutierrez Farewik <firstname.lastname@example.org>
Course syllabus valid from: Autumn 2016.