- 7 Steps to Ladder Safety
- A Biomechanical Analysis of Various Brick Sizes
- A Prospective Study of Back Belts for Prevention of Back Pain and Injury
- Backs & Lifting Checklist
- Backs & Lifting Training Guide
- Bright Idea #4 : The "Binford Crab" Clamp
- Construction Has High Rate of Muskuloskeletal Claims
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Constructive Ideas : How to Get Through a Day's Work and Still have Something Left Over
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Constructive Ideas : Overcome the "Don't Sit on the Job" Attitude and Your Body Will Thank You
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Constructive Ideas : Reduce Your Risk of Back Injury -- Let Your Equipment do the Work
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Constructive Ideas : Shovel Design Can Help to Reduce Forces on the Lower Back
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Constructive Ideas: Balanced Tool Belts Can Start Your Back Off in the Right Position
- Ergonomic Interventions to Reduce Back Injuries in the Home Building Industry
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Evaluation and Management of Occupational Low Back Disorders
- Evaluation of an Intervention to Reduce Trunk Flexion among Stud Workers
- Getting a Grip
- Hazard Alert - Back Injuries
- How Much Am I Allowed to Lift?
- How Much Does A Bricklayer Lift?
- Impact of Spatial Factors on Bricklaying Ergonomics
- Improving Safety Can Save You Money
- Interventions to Reduce Back Injuries in Masonry - TIP SHEET
- Keeping Concrete Masons Healthy
- Lifting Guidelines
- Lifting Materials Can Hurt Your Back
- Musculoskeletal Injuries in the Masonry Trade
- Optimal Ergonomic Design of Concrete Cellular Blocks
- Rebar Tying Machines - Part 2
- Self-Reported Muskuloskeletal Symptoms and Perceived Job-Related Characteristics Among Mason Tenders
- Simple Solutions: Ergonomics for Construction Workers
- Summary of Stooped and Squatting Postures in the Workplace Conference Proceedings
- UC Ergonomics/Safe Pavement Breakers
- UC Ergonomics/Safe Pavement Breakers Presentation
- Using the Jack Hammer Safely
- Workplace Solutions: Reducing Work-Related Musculoskeletal Disorders among Rodbusters
- Workplace Stretching Programs: The Rest of the Story
