Cornell University Ergonomics Web
DESIGN & ENVIRONMENTAL ANALYSIS DEA 6510 Human Factors: Ergonomics, Anthropometrics and Biomechanics Fall2016 |
Instructor: Alan Hedge, 2415 Martha Van Rensselaer Hall,
Phone: 607-255-1957; Mobile: 607-227-1728
Email: ah29@cornell.edu;
Office Hours: Tuesday and Thursday 10:00-11:00 am or by appointment
T.A.: Gourab Kar, 4110 Martha Van Rensselaer Hall,
Phone: 404-358-7631
Email:
gk272@cornell.edu;
Office Hours: By appointment in
DEA grad office 4110 MVR
Course Description
This course extends the breadth and depth of coverage of DEA3510. Coverage includes discussion of published journal articles on ergonomic design and human factors analysis of ergonomic risks in the workplace.
Course GoalsTo understand the relevance of human information processing, physiological and person-technology models for the ergonomic design of products and systems.
To understand the strengths of people and also the limitations on human physical and mental performance.
To understand the wide range of information (anatomical, physiological, anthropometric, biomechanical, cognitive) necessary for an ergonomic assessment of products and systems.
Course Learning Outcomes
Upon completion
of this course:
Students will be able to define key concepts and be familiar with terminology in human information processing, physiological and person-technology models for ergonomic design.
Students will be able to conduct and report on an ergonomic analysis of a product or system and undertake a comparative analysis.
Students will be able to apply critical skills and knowledge to improve the ergonomic design of a product or system and undertake a research study and report on this.
Course Format
The course meets for DEA3510 classes and once each week for an additional hour. This time is used for a combination of discussion, practical exercises, and review work. Readings are assigned prior to classes.
Semester Project:
Further guidance is given in class.
Fall 2016 syllabus for DEA3510 Human Factors: Ergonomics, Anthropometrics and Biomechanics
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