Solution Summary: Job Hazard Analysis
Job hazard analysis (JHA), also known as job safety analysis and activity hazard analysis, is a process in construction project planning that aims to proactively identify the steps in a task, assess the risk level of each step, and assign appropriate action to control the risk.
JHA is an integral component of construction safety programs. It is intended to identify and address the existing or potential safety and health hazards associated with each step of work via recommended corrective actions and procedures (figure 1). Through this process, construction hazards can be reduced or eliminated.
Figure 1. Workers partaking in a JHA meeting. (Photo courtesy of CPWR)
JHA documents (figure 2) are typically developed by management teams and used by frontline
supervisors and work crews prior to a work shift as well as whenever the task or work conditions change. JHA documentation can be developed and delivered in traditional paper forms, technological means (via device application) or a combination. In this context, the JHA document is a logging record that highlights potential hazards associated with the task and the controls in place to mitigate them.
Figure 2. Example of a JHA document (Photo courtesy of CPWR)
While the content of JHA documents can vary across the industry, the primary components include the 1) work activity broken down into steps, 2) its associated hazards and 3) recommended controls to reduce or eliminate the hazards. Other JHA informational components can include: instructions on how to conduct JHA, a risks assessment matrix, photos or other visual representations, and referential federal or consensus standards.
The risks addressed is dependent upon the identified potential hazards associated with the work being performed during JHA processes. These hazards include: (but are not limited to) falls, musculoskeletal injuries and illnesses, welding hazards, dust and chemical exposures as well as any form of struck-by injuries.
How Risks are Reduced:
Through thorough assessments, JHA processes can improve health and safety through preliminary hazard identification and assignment of corresponding hazard interventions. Interventions can include the recommendation of elimination or substitution practices, engineering and administrative controls, as well as personal protective equipment.
Jean Christophe Le, MPH - CPWR The Center for Construction Research and Training
Sara Brooks, MPH - CPWR - The Center for Construction Research and Training
- Masonry, Tile, Cement & Plaster
- Apply caulk, sealants and waterproofing materials
- Apply coats of plaster or stucco
- Chip, scrape and grind surfaces, or joints
- Clean surfaces
- Cut bricks, blocks, stone, concrete, tile or terrazzo
- Drill holes and install reinforcing rods and anchors
- Finish concrete
- Inspect and use mechanical lifts
- Inspect and use scaffolds and ladders
- Install panels
- Lay or set brick, block, or stone
- Lay or set tile or marble
- Load, unload and distribute construction materials
- Mix cement, mortar, plaster, or grout
- Cold-related Injuries and Illnesses
- Construction dust
- Cuts and punctures from tools or materials
- Engineered Nanomaterials
- Eye injury
- Heat and Sun Exposure
- Lifting and Carrying (Manual materials Handling)
- Skin contact with Portland cement
- Stooped postures
- Stressful hand & wrist activity
- Whole Body Vibration
- Pour cement, mortar, plaster, or grout
- Rig, load and transport construction debris
- Spread, level, and smooth concrete, mortar, or terrazzo mixtures
- Vibrate and compact concrete, or grout
The National Institute for Occupational Safety and Health (NIOSH)
To obtain information, visit Implementing a Job Hazard Analysis Program
Occupational Safety and Health Administration (OSHA)
Guideline for employers, foremen, and supervisors as well as employees to analyze their own jobs and recognize workplace hazards. It explains what a job hazard analysis is and offers guidelines to conduct step-by-step analysis. Job Hazard Analysis OSHA 3071