1. Conducting An Effective
Job Hazard Analysis
An introduction to the “Five Step Process” of Job Hazard Analysis (JHA)

2. Goals Given the information presented today, you will be able to:
Explain to others why JHA’s are important
Recognize how the JHA can be a valuable planning, production, profit and safety tool.
Know the five-step process and complete a JHA
Briefly introduce and discuss the goals for the workshop.
Use this opportunity to discuss the benefits of JHA’s and the individuals responsibilities.
Typically we will not be expecting the individual to perform a formal JHA for their daily job tasks in the field. Our goal is to help the individual to develop a structured mental process for analyzing their daily tasks. Using the 5 step JHA process to analyze their work activities will help them identify the tools, materials and equipment they will need, develop work methods and procedures for accomplishing the task, identify existing and potential hazards, assessing the probability and risk and perhaps most importantly identifying methods to eliminate or protect against any hazards.

4. Why Hazard Assessment? 29 CFR Part 1910. Subpart I
Increases Awareness of Workplace Hazards
Provides opportunity to identify and control workplace hazards
Can lead to increased productivity
May prevent an Occupational Injury or Illness

5. Job Safety Analysis

6. JHA Key Terms What’s a Job? What’s a Hazard? What’s an exposure?
What is Analysis?
Once teams have been formed, some basic definitions need to be addressed:
What is a Job? Any activity (mental or physical or both) that has been assigned to an employee as a responsibility and carries with it both positive and/or negative consequences based on the performance of that job.
What is a Hazard? A unsafe condition or practice that could cause injury, illness, or property damage and is preventable.
What is an “exposure”? When an employee enters a “danger zone” by virtue of their proximity to the hazard.
What is Analysis? The breaking down of a job into its component steps and then evaluating of each step, looking for hazards. Each hazard is then corrected or a method of worker protection (safe practice or PPE) is identified and made a standard of operation.

7. Activity
Workers in their first year with their employer account for more than 50% of disabling claims.
Why?
( list three possible explanations )
Workers in their first year with their employer account for more than 50% of the accepted disabling claims.
Why? (list three possible explanations)
Allow 5 to 10 minutes for the teams to brainstorm this question and prepare at least three answers. After time is up have each group report their answers to the class.
Compare and contrast the teams answers and use their observations to generate discussion and to check for understanding.
Answer should at least include these answers:
Lack of knowledge * Lack of physical ability * Cultural perception of what is acceptable behavior and what is not * Prior training that included unsafe practices

8. JSA Purpose
Effective JHA’s help the employer recognize and control hazards and exposures in the workplace.
How might the employee’s perception of a “hazard” differ from that of the employer or supervisor?
How does the employee’s perception of a “hazard” possibly differ from that of the supervisor or employer?
The employee sees a hazard and wants the supervisor and/or employer to address it right away because the employee may feel threatened or at risk.
The supervisor or employer may desire to address the hazard quickly but is often slowed down by the process.
Answers to critical questions must be identified. Questions like - is it a real problem - how big a problem is it - what are the options - what is the best way to correct it - who is going to correct it - how long will it take - how much will it cost - is additional training needed .

9. Activity
Why is a JHA more effective than walk-around inspections in reducing accidents in the workplace?
Why is JHA more effective than walk-around inspections?
When used as hazard recognition, awareness, and training aids, JHAs help to set performance standards, assist in standardization of the operations based on acceptable safe practices and PPE, and provides a form of documentation regarding the employee’s knowledge of the job requirements.

10. Probability
Probability is defined as: the chance that a given event will occur.
Explain probability
Compare and contrast probability to luck.
Instructor could use examples such as the lottery or slot machines to develop an understanding.
For example, with slot machines the higher the coin amount (nickels, quarters, dollars, etc.. ) the more coins (1,2 or 3) played at one time the higher the probability of winning a jack pot.
Accidents are similar. The greater the hazard or chances taken, and the more often they are taken the greater the probability of an accident. This time the prize will be pain and suffering, the loss of a limb or body part or perhaps the biggest jackpot “Death”
Just as more people lose than win at the casinos, Risk takers on the job will also eventually lose. The odds are against short cuts, poor work habits, and unsafe practices

11. Probability
We can determine the safety probability based on the following:
The number of employees exposed;
The frequency and duration of exposure;
The proximity of employees to the danger zone;
This discussion is intended to help the student develop an evaluation tool that is objective and based on the terminology used by OSHA. and Safety Professionals.
JHAs help us to understand the “probability” of there being an accident and what the “severity” of the injury or illness might be if one does take place.
Use the slides to expand the discussion and to develop an understanding of probability and risk

12. Probability
We can determine the safety probability based on the following:
Factors which require work under stress;
Lack of proper training and supervision or improper workplace design; or
Other factors which may significantly influence the degree of probability of an accident occurring.

13. Probability Rating The probability rating is:
Low - If the factors considered indicate it would be unlikely that an accident could occur;
Medium - If the factors considered indicate it would be likely that an accident could occur; or
High - If the factors considered indicate it would be very likely that an accident could occur.

14. Severity
The degree of injury or illness which is reasonably predictable.

15. Severity The severity is based on the following schedule:
Other Than Serious - Conditions that could cause injury or illness to employees but would not include serious physical harm. (first aid for example)
Serious Physical Harm - (example: all recordable injuries and illnesses)
Death

16. Decision Making Matrix4
Probability and Severity factors can be evaluated based on a simple “decision making matrix” . A matrix lets you chart a value for two factors such as probability and severity and rate the combined relationship.
For example, let’s assume that you have found a hazardous condition and 25 employees are exposed to it six times each day. You may feel that the probability is “medium” based on these factors. Now you can chart the probability on a matrix . Note that a line has been drawn through the medium row.
Now, using the same hazard, let’s assume that the “Severity” factor is determined to be “Serious Physical Harm” because the seriousness will most likely result in a recordable injury with “Serious Physical Harm” column with a line through it. Note that the two lines intersect at the “4”. The combined rating is “4”.

17. Activity Picking Apples: There are 20 workers picking apples.
The orchard is made up of 400 trees.
The workers are paid based on how much each one of them picks.
Well-maintained equipment is provided but there is no training. The owner or the foreman will be in the general area most of the time.
Over the years the “decision making matrix” has become a staple for objectively evaluating two criteria at the same time resulting in a combined rating for that criteria. In this exercise the student is given the opportunity to put this tool to use. The assignment and the explanation are straight forward.
When more than one job has been identified as needing a JHA, and if the decision regarding which one should be conducted first (usually in committee) can not be determined, time is often wasted debating which one to start with. These debates are usually centered on opinion and/or personal experience and can be very heated. The net result is a waste of valuable time in the debate. The use of the decision making matrix for each hazard, by each member, and then comparing the results will reduce some of the debate and thus reduce the time it takes to decide “where to start”.

18. JHA Step 1 Step One - Watch the work being done
What are some effective methods to watch the work being done?
This slide begins the explanation of how to conduct or develop a JHA. The purpose is to bring the students to a common understanding of how to begin.
The “fix-the-system” culture is one that makes every effort to address the hazards in the workplace by first identifying the hazardous condition or practice, analyzing the hazard to determine the root cause and then eliminate those hazards by correcting the deficiencies in the system. (could include supervisor training, improved accountability system, establishment of standards of performance at all levels, to name a few.)
What are some effective methods to watch the work being done?
Video, observation, photos, sketches.

19. JHA Step 1 Step One - Watch the work being done
Why is it important to involve the employee?
Why is it important to involve the employee? A couple of things here: First it can help the observer better understand the process that is taking place. Second, the more involved the employees are in the development stage, the better the chances of buy-in on their part.
Why is a “fix-the-system” culture so important to the JHA process? The JHA process has more than one goal.
1. It provides an organized approach for the evaluation of a process.
2. Once the hazards and corrective actions are identified, the JHA becomes a vehicle by which the employer can mesh the desired “Safe Behavior” into the normal operating procedure: The only way to do the job is to do it safely.
3. Once “root causes” have been identified in the JHA development process, these can be addressed thus “fixing” the system that brought the hazardous condition or unsafe practice into the workplace.

20. JHA Step 2 Step Two - Break the job down into steps Step 1 Step 2
The second step is to break the job down into steps. The introduction to the “breaking down” process is covered through a brief discussion of the “Job Hazard Analysis Worksheet” and how it helps in the organization of the process. Some key points to be covered are as follows:
* The top of the first page of the JHA is a tracking device for easy location of the job and documentation of the analysis.
* Once a JHA Number has been assigned, that number belongs to that job. (example: JHA 1001)
* Page ___ of ____ is self explanatory. (Page 1 of 2, Page 2 of 2 etc.)
* Job Description: The every day language version that everyone can understand: (example: Changing a tire, Mixing Concrete, Packing cartons, Trimming defects from a product.)
* A good job is broken down into steps. If the JHA ends up with more than 15 steps then it is too complex. If this is the case, the JHA must be broken down into phases (phase 1 and phase 2 etc….) The suggested JHA worksheet allows for up to 15 steps (five on each of 3 pages)
* Each step of the job is identified and written in on the worksheet. All of the steps should be identified before moving on to the Hazards.
* Each step is now broken down to identify the hazard. The hazards are listed under each step.
Once all of the hazards and operational concerns have been identified for all of the steps, then the “Control Measures” for each hazard are recorded. These control measures become the operational expectation.
Step 4

21. JHA Step 3 Step Three - Describe the hazards in each step of the task.
One of the primary purposes of the JHA is to make the job safer.
The information gathered in this step will be valuable in helping to eliminate and/or reduce hazards associated with the job, and improve the system weaknesses that produced them.
Describe the hazards in each step of the task. Once the steps have been identified, then the hazards are to be identified and described.
Use the list of hazards and accident types shown on slides 23 through 31 to discuss types of hazards and accidents.
Ensure that each attendee has a list of the hazards and accident types. They will need these to complete a JHA work activity later in the workshop
Example: Changing A Tire
Step 1: Make sure the car is parked off the road and clear of traffic
Hazard(s) Control Measure(s) Required
Mechanical (struck by)

22. Identifying types of hazards
Acceleration: When we speed up or slow down too quickly
Toxic: Toxic to skin and internal organs.
Radiation: Non-ionizing - burns, Ionizing - destroys tissue.

23. Identifying types of hazards
Ergonomics: Eight risk factors
1. High Frequency;
2. High Duration;
3. High Force;
4. Posture;
5. Point of Operation;
6. Mechanical Pressure;
7. Vibration;
8. Environmental Exposure.

24. Identifying types of hazards
Pressure: Increased pressure in hydraulic and pneumatic systems.
Mechanical: Pinch points, sharp points and edges, weight, rotating parts, stability, ejected parts and materials, impact.
Flammability/Fire: In order for combustion to take place, the fuel and oxidizer must be present in gaseous form.

25. Identifying types of hazards
Biological: Primarily airborne and blood borne viruses.
Violence In The Workplace: Any violent act that occurs in the workplace and creates a hostile work environment that affects employees’ physical or psychological well-being.

26. Identifying types of hazards
Explosives: Explosions result in large amounts of gas, heat, noise, light and over-pressure.
Electrical Contact: Inadequate insulation, broken electrical lines or equipment, lightning strike, static discharge etc.
Chemical Reactions: Chemical reactions can be violent, can cause explosions, dispersion of materials and emission of heat.

27. Accident Types Struck-by: Struck-against: Contact-by:
A person is forcefully struck by an object. The force of contact is provided by the object.
Struck-against:
A person forcefully strikes an object. The person provides the force or energy.
Contact-by:
Contact by a substance or material that, by its very nature, is harmful and causes injury.

28. Accident Types Contact-with: Caught-on: Caught-in:
A person comes in contact with a harmful substance or material. The person initiates the contact.
Caught-on:
A person or part of his/her clothing or equipment is caught on an object that is either moving or stationary. This may cause the person to lose his/her balance and fall, be pulled into a machine, or suffer some other harm.
Caught-in:
A person or part of him/her is trapped, or otherwise caught in an opening or enclosure.

29. Accident Types Caught-between: Fall-to-surface: Fall-to-below:
A person is crushed, pinched or otherwise caught between a moving and a stationary object, or between two moving objects.
Fall-to-surface:
A person slips or trips and falls to the surface he/she is standing or walking on.
Fall-to-below:
A person slips or trips and falls to a level below the one he/she was walking or standing on.

30. Accident Types Over-exertion: Bodily reaction: Over-exposure:
A person over-extends or strains himself/herself while performing work.
Bodily reaction:
Caused solely from stress imposed by free movement of the body or assumption of a strained or unnatural body position. A leading source of injury.
Over-exposure:
Over a period of time, a person is exposed to harmful energy (noise, heat), lack of energy (cold), or substances (toxic chemicals/atmospheres).

31. JHA Step 4 Step Four – Control Measures.
It is now time to identify the desired control measures for each hazard.
The “Control Measures” are recorded on the worksheet for each hazard that is identified. These controls may include procedures, practices, Personal Protective Equipment (PPE), etc. Refer to the Hierarchy of Controls at the right of the page.
Example: Changing A Tire
Step 1: Make sure the car is parked off the road and clear of traffic
Hazard(s) Control Measure(s) Required
Mechanical (struck by) Administrative: Check side and rear- view mirrors

32. ACTIONS TO TAKE TO ELIMINATE OR MINIMIZE THE HAZARDS
Engineering
Management Controls
Personal Protective Equipment (PPE)
Combination of all
Notes:
EMP

33. PHYSICAL vs. HEALTH HAZARDS
Assess the job for health and ergonomic elements
Many health & ergonomic elements are developed over a long period of time, i.e., hearing loss, respiratory ailments, cumulative trauma disorders
Notes:

34. Engineering Controls
Consist of substitution, isolation, ventilation, and equipment modification.
These controls focus on the source of the hazard, unlike other types of controls that generally focus on the employee exposed to the hazard.
The basic concept behind engineering controls is that, to the extent feasible, the work environment and the job itself should be designed to eliminate hazards or reduce exposure to hazards

35. Management Controls
Management controls may result in a reduction of exposure through such methods as changing work habits, improving sanitation and hygiene practices, or making other changes in the way the employee performs the job.

36. Personal Protective Equipment
When exposure to hazards cannot be engineered completely out of normal operations or maintenance work, and when safe work practices and administrative controls cannot provide sufficient additional protection from exposure, personal protective clothing and/or equipment may be required.

37. JHA Step 5 Step Five - Safe Operating Procedure
The “Safe Operating Procedure” is the last page of the JHA. It is a narrative or written summary of the JHA worksheets. Note that there are three sections:
The “Safe Operating Procedure” is a narrative or written summary of the JHA worksheets.

38. SHORTCOMINGS OF JHA’S All hazards not identified
Action not being taken for the hazards identified
Not being specific on action to take for each hazard
Being too specific on steps
Being too general on steps
Notes:

39. JHA SAMPLE (COURTESY OF NATIONAL SAFETY COUNCIL)

40. JHA SAMPLE (COURTESY OF NATIONAL SAFETY COUNCIL)

41. ? Any Questions Answer any questions
Ask questions to check for understanding

42. That’s all folks!!!