( 01 ) HSE OFFICER JOB | SAFETY OFFICER JOBS | SEPTEMBER 2024

 

( 01 )  HSE OFFICER JOB | EHS | SAFETY OFFICER JOB | VACANCIES | HIRING | OPENINGS | SEPTEMBER 2024


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Types of Safety Audits as per OSHA

 

Types of Safety Audits as per OSHA




Safety Audit can be defined as verifying the existence and implementation of elements of occupational safety and health system and for verifying the system’s ability to achieve defined safety objectives.

 

Safety audits also help companies identify potential hazards before they cause incidents.


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This can include identifying issues with equipment or machinery, identifying potential fall hazards, or identifying issues with ergonomics that could lead to employee injuries.

 

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Types of Safety Audits

There are three significant categories of safety audits, segregated based on the information they contain. Following are the three types: 

  1. Compliance Audit 
  2. Program Audit 
  3. Management System Audit 

 

1. Compliance Audit

Compliance audit falls under the field of the basic safety audit procedures. A safety auditor reviews a company’s safety rules and related systems and practices to ensure its adherence to the OSHA safety standards or other safety regulations and policies. 

 

A compliance safety audit plays a crucial role in facilitating strict compliance to the OSHA standards and rules by employing many programs, regulations, training modules, and record-keeping practices to ensure workplace safety. 

 

Failure to comply with the rules can result in hefty fines and reparations being levied, which can also severely affect the reputation of the goodwill of an organization.

 

This lump sum penalties are one of the primary reasons companies strictly adhere to the norms of the compliance audits and recheck the various steps and procedures involved. 




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2. Program Audit 

Program Audits involve evaluating various safety practices after heavy dissection of all the input by the employees and every individual component to determine positive safety outcomes of the program. 

 

Safety program audits are the only feasible way of putting HSE to the test in rigorously evaluating the program design and efficacy of the plan by diving deep into the rules and foundations of practice. 

 

3. Management System Audit

Management System Audit is a combination of both a Compliance Audit and Program Audit.

 

This audit aims to evaluate the existing performance of the entire safety procedure and determine its alignment with the company policy and regulatory norms. 

 

A management system audit helps integrate the standard auditing procedure and worker interviews, compliance reviews, and workplace observation.

It is an intertwined system whose collaboration helps project an overall image of the organization’s safety program. 

 



The Importance of Process Safety Management



 

Need for a Safety Audit

Safety Audits are an integral part of a safety management system; they are incredibly relevant to examining and identifying the various gaps and issues in the safety procedures.

 

Therefore, this program acts as a drill to touch upon multiple things, which include: 

  1. Routine Inspections to ensure compliance to norms:

Regular check-ups ensure that in the case of any structural or onsite issue, enough safety measures are adopted in compliance with the legal guidelines for the proper functioning of the organization. 

  1. Identifying, drafting, and communicating safety violations:

The Routine check-ups help identify the cavities in the given system, which is prepared and sent as a report displaying the procedures’ discrepancies, which is then taken care of by the organization. 

 

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  1. Dealing with the management and safety adherence by staff:

The organization has to ensure compliance to safety procedures to ensure worker safety and basic health standards of the employees.

The implementation involves dealing with the management and ensuring strict adherence to the safety standards done with the help of the coordination of the management and staff. 

 

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  1. Periodic examination of the machinery:

The machines and equipment are regularly checked, and its performance is assessed and monitored in compliance with the OSHA safety norms.

The analysis helps identify the various underlying threats and hazards at a workplace. 

 

  1. Ensuring compliance to the OSHA Safety Audits and other regulations:

The OSHA Safety Audits provide a better comprehensive data marker to attain workplace safety. Along with different laws and regulations, the implementation of OSHA has resulted in increased worker safety. 

 

  1. Recommendations for improving company safety:

The audit process helps improve the current working conditions and helps develop better recommendations that directly engage in the effective implementation of safety procedures in any organization. 

 

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Henrich Triangle Theory

 


Henrich Triangle Theory





For every severe accident (with serious injury/fatality), there were 29 minor accidents and 300 near misses.

 

This “300-29-1” ratio is known as Heinrich's Law, often depicted in the form of a triangle, which serves as a visual representation of the relative frequency of different accident types.

 

Heinrich is most famous for originating the concept of the “safety pyramid”.

 

This idea proposes that if the number of minor accidents is reduced then there will be a corresponding fall in the number of serious accidents.

 

The triangle was first proposed by Herbert William Heinrich in 1931 and has since been updated and expanded upon by other writers, notably Frank E. Bird.

 

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Use of Heinrich’s Triangle in Safety Management

 

The Heinrich Accident Triangle is also known as the accident triangle or the Bird's triangle.

 

It is an industrial accident prevention theory that shows the relationship between minor accidents, serious accidents, and near misses.

 

The theory proposes that if there are zero accidents in the minor category, you will realise a corresponding reduction in serious accidents.

 

The accident triangle was invented by Herbert William Heinrich in 1931 and expanded and updated by others such as Frank E. Bird.

 

Heinrich based his law on assumptions and the probability that accident numbers are inversely proportional to the accident's severity.

 

Heinrich's Accident Triangle Theory suggested that 88 per cent of all accidents happen due to human decision to carry out an unsafe act.

Frank E. Bird developed the theory further in 1996, basing his development on an analysis of 1.7 million accident reports from about 300 companies.

 

He came up with an amended triangle. It showed a relationship between one serious injury accident and ten minor injury accidents.

 

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It further showed 30 damage-causing accidents to 600 accidents as near misses.

 

Significant workplace injury has ties to the Heinrich pyramid in safety management. Since 1931 when Heinrich created the pyramid, it infiltrated health and safety procedures.

 

Human factors contribute directly to safety incidents, and safety managers should influence their employees to make better choices.

 

Safety professionals must emphasize the near misses proportion to prevent severe harm and the potential of significant injury fatalities.

 

The ultimate aim of the Heinrich Triangle is to widen the bottom of the triangle to identify while analysing the risk behaviours, unsafe acts, unsafe conditions, and near misses avoiding significant injuries.

 

The critical factor is that all identified risk behaviours are analysed using the root cause analysis method.

 

You can use any other problem-solving methodology to identify the root cause and devise ways of terminating it permanently.