3D Static Strength Prediction Program™ (3DSSPP)
The 3D Static Strength Prediction Program™ software predicts static strength requirements for tasks such as lifts, presses, pushes, and pulls. The program provides an approximate job simulation that includes posture data, force parameters and male/female anthropometry. Output includes the percentage of men and women who have the strength to perform the described job, spinal compression forces, and data comparisons to NIOSH guidelines. The user can analyze torso twists and bends and make complex hand force entries. Analysis is aided by an automatic posture generation feature and three dimensional human graphic illustrations.
3D SSPP software can be used as an aid in the evaluation of the physical demands of a prescribed job. Furthermore, the 3D SSPP can aid the analyst in evaluating proposed workplace designs and redesigns prior to the actual construction or reconstruction of the workplace or task. The program is applicable to worker motions in three dimensional space.
The Energy Prediction Program (EEPP)
The Energy Expenditure Prediction Program™ (EEPP) is a software tool to estimate energy expenditure rates for materials handling tasks to help assure worker safety and health. The EEPP code has reached the end of its lifetime and is no longer supported by the latest computer operating systems or by the Center for Ergonomics staff. Individuals or organizations may wish to write their own implementations of the energy expenditure regression equations.
NIOSH Work Practices Guide
This is a free Excel spreadsheet implementation of the 1991 NIOSH Work Practices Guide for Manual Lifting. The spreadsheet was created by Prof. Gary Herrin and Chuck Woolley of the Center for Ergonomics.
Working with Companies
Ergonomics Training, Job Analysis and Follow Up Activities for Small and Medium Sized Michigan Companies – State of Michigan CET Grant.
On Site Custom Training
Arranged through the Director of Continuing Education, Dr. Sheryl Ulin, CPE.