Prevention through design

Prevention through design (PtD) is the concept of mitigating occupational hazards by "designing them out". This method for reducing workplace safety risks lessens workers' reliance on personal protective equipment.^[1] Each year in the U.S., 55,000 people die from work-related injuries and diseases, 294,000 are made sick, and 3.8 million are injured. The annual direct and indirect costs have been estimated to range from $128 billion to $155 billion. Recent studies in Australia indicate that design is a significant contributor in 37% of work-related fatalities; therefore, the successful implementation of prevention through design concepts can have substantial impacts on worker health and safety.^[2]

A history of prevention through design

While engineering as a rule factors human safety into the design process, a modern appraisal of specific links to design and workers' safety can be seen in efforts beginning in the 1800s. Trends included the widespread implementation of guards for machinery, controls for elevators, and boiler safety practices. This was followed by enhanced design for ventilation, enclosures, system monitors, lockout/tagout controls, and hearing protectors. More recently, there has been the development of chemical process safety, ergonomically engineered tools, chairs, and work stations, lifting devices, retractable needles, latex-free gloves, and a parade of other safety devices and processes.^[3] The National Institute for Occupational Health and Safety has started an initiative called "Buy Quiet," which uses elements of Prevention through Design to encourage companies to buy quieter machienery, thereby reducing occupational hearing loss for their workers.^[4]

Integrating PtD concepts

Prevention through design represents a shift in approach for on-the-job safety. It involves evaluating potential risks associated with processes, structures, equipment, and tools. It takes into consideration the construction, maintenance, decommissioning, and disposal or recycling of waste material.^[3]

The idea of redesigning job tasks and work environments has begun to gain momentum in business and government as a cost-effective means to enhance occupational safety and health. Many U.S. companies openly support PtD concepts and have developed management practices to implement them. Other countries are actively promoting PtD concepts as well. The United Kingdom began requiring construction companies, project owners, and architects to address safety and health during the design phase of projects in 1994. Australia developed the Australian National OHS Strategy 2002–2012, which set "eliminating hazards at the design stage" as one of five national priorities. As a result, the Australian Safety and Compensation Council (ASCC) developed the Safe Design National Strategy and Action Plans for Australia encompassing a wide range of design areas.^[1]

Related links

• Prevention through Design
• The National Institute for Occupational Safety and Health
• Society of Manufacturing Engineers
• Australian Safety and Compensation Council
• Safety and Health Awareness for Preventive Engineering (SHAPE) program
• Whole Building Design approach
• Project Minerva and Minerva Canada
• Design for Construction Safety
• NIOSH Buy Quiet Topic Page

Additional reading

• MacCollum, David V. Construction Safety Engineering Principles Designing and Managing Safer Job Sites (1st ed.). McGraw-Hill Professional. ISBN 978-0-07-148244-8.
• Brauer, Roger L. Safety and Health for Engineers (2nd ed.). Wiley-Interscience. ISBN 978-0-471-29189-3.

References

Occupational safety and health diseases Journals Organizations General topics Environment, health and safety Ergonomics Health physics Hospital-acquired infection Indoor air quality Occupational asthma Occupational disease Occupational hygiene Occupational injury Risk management Process safety management Public health Repetitive strain injury Professions Environmental health Industrial engineering Occupational health nursing Occupational health psychology Occupational medicine Occupational therapist Safety engineering Specific disorders Acrodynia Asbestosis Berylliosis Brucellosis Byssinosis ("brown lung") Chalicosis Chimney sweeps' carcinoma Chronic solvent-induced encephalopathy (CSE) Coalworker's pneumoconiosis ("black lung") Concussions in sport De Quervain syndrome Exposure to human nail dust Farmer's lung Fiddler's neck Flock worker's lung Glassblower's cataract Golfer's elbow Hearing Loss Indium lung Laboratory animal allergy Lead poisoning Mad hatter disease Mesothelioma Metal fume fever Mule spinners' cancer Noise-induced hearing loss Phossy jaw Pneumoconiosis Radium jaw Silicosis Silo-filler's disease Surfer's ear Tennis elbow Tinnitus Writer's cramp Standards Occupational Safety and Health Convention, 1981 OHSAS 18001 Worker Protection Standard (US) Working Environment Convention, 1977 Organizations International International Labour Organization World Health Organization Regional/National European Agency for Safety and Health at Work Health and Safety Executive National Institute for Occupational Safety and Health Occupational Safety and Health Administration radiation risk to employee Non-ionizing radiation Acoustic radiation force Infrared Light Microwave Radio waves Ultraviolet Ionizing radiation Alpha particle Background radiation Beta particle Cosmic ray Gamma ray Nuclear fission Nuclear fusion Radioactive decay Nuclear reactors Nuclear weapons Particle accelerators Radioactive materials X-ray See also Bangladesh Accord Environmental toxicology International Chemical Safety Card Safety data sheet (SDS) Sports injuries Toxic tort Workers compensation National Day of Mourning (Canadian observance) Category Commons