Course Overview

H2S (Hydrogen Sulfide) is a gas that can be created by natural biological processes or by human activity. H2S poses a serious threat to people or assets because of its extremely toxic and corrosive properties. It is important, therefore, for all personnel working in the construction industry, sewage or water treatment plants, and Oil & Gas facilities, to be competent in emergency response training and become aware of the necessary practices to stay safe and work in an environment with potential exposure to the H2S Gas. This training will cover the characteristics of Hydrogen Sulfide Gas and the potential biological effects of exposure as well as the use of H2S detection equipment and escape breathing apparatus.

Who Should Attend?

Any personnel working in a water – chemical treatment facility, Oil and Gas industry, industrial areas and construction areas.

Course Overview

This course is essential to provide any person with basic and simple instructions and procedures in case any medical emergency occurs at the work place, home, school or even on the street. This training will educate participants on the proper way of performing Cardiopulmonary Resuscitation (CPR), using the Automated External Defibrillator (AED) in a safe, timely, and effective manner and responding to any kind of medical emergency professionally until medical treatment can be accessed. Various medical scenarios will be covered along with their ways of prevention and treatment. The main objective of this course is to communicate how to preserve life, prevent worsening and promote recovery to an injured person.

Who Should Attend?

Everyone.

Course Overview

The Firefighting Course is designed to help in preventing and protecting the assets, the environment, employees, and the general public in emergency situations that can occur as a result of the fire. The course will highlight various topics including classes of Fire, causes of fire, and optimum rescuing procedures in addition to learning how to combat a fire within a team or simply when alone. The course will also highlight the roles and responsibilities of Fire team members, emergency escape plans and proper risk assessment on how to deal with a fire should it occur. The course will educate participants on how to identify the risks and hazards and how to properly deal with them.

Who Should Attend?

Any individual or any employee working in a worksite, operational site, workshops, storage facilities, chemical and industrial plants and any other facility or workplace. The advanced firefighting courses are suitable for, supervisors and technicians, operators, Fire Watch man, Fire Warden, and emergency response members who have fire safety responsibilities.

Course Overview

In hydrocarbon facilities, it is required to undertake Gas testing in all locations where injury to personnel or damage to property could occur due to the presence of hazardous elements. These hazardous elements may consist of enriched or deficient oxygen levels or flammable, and toxic gases. Gas testing is required to confirm that the atmosphere in the work environment is safe before personnel is permitted to enter or conduct work. This course has theoretical and practical components that participants must successfully complete.

Who Should Attend?

This course is designed for personnel employed in industrial or construction jobs that are potentially exposed to hazardous atmospheres that require monitoring (Gas Testing) within their workplaces.

Course Overview

Due to the Kingdom hot climate and working conditions in industrial and plant facilities, heat can create a series of conditions where the human body could take on stress from overheating. Heat-related illnesses include heat cramps, heat exhaustion, heat rash, or heat stroke, each with its own symptoms and treatments. Symptoms can range from profuse sweating to dizziness, cessation of sweating, and collapsing. At greatest risk of heat stroke are the elderly, children, and people with medical conditions, such as heart disease. However, even young and healthy individuals can succumb to heat if they participate in strenuous physical activities during hot weather. This course will assist participants to identify the areas where heat stress can occur and will highlight the proper methods on heat stress prevention in the workplace and during hot temperature.

Who Should Attend?

All Site workers In the Kingdom.

Course Overview

This course will help your organization reduce the number of Musculoskeletal Disorders (MSDs), associated with Manual Handling, which is the most commonly reported type of work-related ill health. Every organization has potentially harmful manual handling tasks, this is why manual handling training and awareness plays such a vital role in occupational safety. Manual Material Handling (MMH) is an important application of ergonomic principles that especially addresses back injury prevention. However, safe loading is for any type of cargo that must be contained or secured and safely placed in/at the vehicles. The load must be properly secured to prevent danger to personnel, public, and even the driver that’s transporting the materials.

Who Should Attend?

This course is designed for any personnel whose work requires manual lifting and safe loading of materials

Course Overview

Every year thousands of accidents and hundreds of fatalities occur to workers with scaffolding jobs in the Oil & Gas and the Construction Industries. Most of the injuries involved in scaffold accidents are caused by either the planking or support giving way, workers falling or to the employee slipping. In addition, following incorrect operating procedures will also lead to accidents. Furthermore, environmental conditions, being struck by falling materials, and plank slippage are apparently some of the most common causes of serious accidents. Unsafe scaffolding procedures can cause accidents, serious injuries and even death. However, scaffolding can give people efficient and safe means to perform work. It also has many applications. When properly erected and maintained, scaffolding provides workers a safe access to work areas, level, and stable working platforms, and temporary storage for tools and materials.

Who Should Attend?

This course is designed for all employees who work with scaffolds in any

industry including the Oil & Gas and/or Construction industry.

Course Overview

Whenever a confined space job, a critical welding job, or any other type of critical job is ongoing, the team meets and nominates another worker who is competent and qualified to act as a Standby man. This Standby man must be properly equipped to carry out the supporting duties and responsibilities of a standby person without any hindrance as the fate of all the team members rests on him. A Standby man monitors the internal and external activities “in and around” the ongoing job such as when working in a confined space. He is stationed at the entry point of the confined space to monitor the job and to sound the alarm in case of any emergency.

Who Should Attend?

This course is designed for all personnel whose co-workers conduct work

within critical areas such as in confined space, chemical handling, or welding in hazardous areas.

Course Overview

Hazard identification is a key part of any injury & illness prevention program within the workplace. If hazards are not identified, then they cannot be mitigated properly. In order to maintain a healthy & positive working environment, it is important to recognize hazards and implement control measures to eliminate or mitigate those hazards. Working within the workplace on daily basis imposes numerous hazards and failure to recognize the nature of these hazards will lead to incidents, accidents, injuries or death. The course provides a methodology for identifying hazards in the form of formal inspections, safety surveys and methods to conduct Job Hazard Analysis (JHA) / Job Safety Analysis (JSA). The course will highlight how to properly evaluate hazards depending on their risk priority and will provide the suitable control measures such as elimination, substitution, engineering controls or administrative controls. This course will also cover the required personal protective equipment (PPE) to reduce the risk of hazards. In addition, this course will provide an understanding of the formal processes required to identify, control and monitor hazards in the workplace.

Who Should Attend?

The course is designed for all the personnel working in industrial, construction and Oil & Gas sectors at all levels.

Course Overview

The purpose of the Hazard Communication Course is to ensure that the hazards of all chemicals produced or imported are classified, and that information concerning the classified hazards is transmitted to employers & employees. The requirements are intended to be consistent with the international standards & regulations. The course addresses the various types of hazards and how to properly identify and label the hazard. The course will also cover how to read and understand the warning signs associated with the products or chemicals.

Who Should Attend?

This course is intended for all the employees who are exposed or involved in dealing, handling, & storing of chemicals.

Course Overview

Job Safety Analysis (JSA) is a procedure which helps integrate accepted safety and health principles and practices into a particular task or job operation. In a JSA, each basic step of the job is to identify potential hazards and to recommend the safest way to do the job. Other terms used to describe this procedure are Job Hazard Analysis (JHA) and Job Hazard Breakdown (JHB). This course will

help Identify the hazards in any given operation task and will set the proper procedures to accomplish the operation safely, efficiently and effectively without causing any damages to the environment, injury to personnel or loss of equipment. This course will cover the four key components of a JSA which includes selecting the job to be analyzed, breaking the job into a sequence of steps, Identifying the potential hazards, and determining the preventive measures to overcome these hazards.

Who Should Attend?

Any supervisor, HSE representative, or any personnel working at a supervisory level in an industrial , Construction or Oil & Gas operation.

Course Overview

Risk management involves understanding, analyzing and addressing the risk to make sure organizations or individuals achieve their objectives safely. The main objectives of this course are to ensure that all the risks affecting the profitability and other material risks are identified, assessed and analyzed, to ensure the overall efficiency, security and continuity of operations. The course offers a comprehensive look at the risk management process, including tips to apply and traps to avoid. In addition, the course provides students with practical, ready-to-use approaches for risk planning, identifying and analyzing project related challenges, developing risk handling strategies, and monitoring progress in implementing risk handling techniques.

Who Should Attend?

The course is appropriate for mid-level system engineers, supervisors and project managers, as well as senior project managers, senior technical specialists, Risk managers or Specialist, HSE and Safety advisors.

Course Overview

This course is aimed at anyone working in catering or hospitality whether employed or self-employed, working in restaurants, hotels, fast food outlets, takeaways, cafes, bars, kitchens, catering in hospitals, schools, or colleges. The camp inspector is the day-to-day manager of the team providing welfare and on-site service. Furthermore, the camp inspector holds some administrative functions such as the ordering of goods, quality control, menu planning, personnel duty scheduling, and employee assessments. On a day-to-day basis, the camp inspector must ensure that the working environment rules, and the safety and sanitary procedures are adhered to. Additionally, the camp inspector manages all maintenance and repairs on camp facilities including plumbing, painting, carpentry, cleaning, and electrical duties etc.

Who Should Attend?

This course is designed for anyone who is working in a catering/hospitality field.

Course Overview

IOSH Managing Safely is a basic risk management health and safety certificate for employees. It enables people who manage a team to meet their responsibilities for health and safety in the workplace. The course was designed to provide short health and safety courses to suit different levels. The course is also applicable for employees at all levels to meet their basic health and safety responsibilities in their job.

Who Should Attend?

Open for all. Anyone interested to learn more about Safety, specifically worker in the field, safety officers, safety advisors, supervisors, managers and operational people.

Course Overview

The Environmental Management course was designed to gain the basic understanding of environmental issues and the impacts of organizations on the environment. This course covers the global and local environmental issues and provides a practical approach to enable organizations to improve their environmental performance and reduce their impacts. The course highlights the International standards on environmental regulations, environmental management systems, and will identify key issues and trends that would potentially impact the environment.

Who Should Attend?

Open for all. Anyone who is interested to learn more about Safety and Environment, specifically workers in the field, safety officers, safety advisors, supervisors, managers and operational people. In addition, Environmental personnel and auditors can attend.

Course Overview

We provide a number of courses related to site and equipment inspection. These courses focus on educating the participants on how to conduct a proper inspection of tools and equipment which can include mechanical, electrical and hydraulic equipment. In addition, Site & Equipment Inspection, courses go over all the lifting equipment inspection items and highlight the proper methods to inspect equipment and report them. The course is designed to allow participant to be able to walk through a workplace or worksite and identify any factors that can cause injury or illness. This course will assist potential inspectors, managers, supervisors, committee members and health and safety representatives in performing effective inspections. The purpose of the inspection is to determine if hazards are present if workers have been or are likely to be exposed to hazards if anyone has been injured as a result of the exposure, and whether or not safe working procedures are being followed by workers.

Who Should Attend?

This course is primarily designed for Inspectors and site surveyors. In addition, Engineers, Technicians, service contractors and managers can all benefit from this course.

Course Overview

Incidents occur every day in workplaces all over the world. Discovering the causes of accidents and incidents can help prevent their reoccurrence. A systematic and thorough accident investigation is the best means to discover the causes of accidents. The objective of this course is to gain a basic understanding of the many benefits of incident/accident investigation, and most Importantly accident prevention. During the course, participants will learn the basic causes of accidents and how to conduct an incident investigation. In addition, participants will be able to identify the goals of incident investigation, the difference between major and minor incidents and how to categorize them. the course will also cover the direct, indirect, and root causes of accidents along with the basic steps in the incident, accident investigation.

Who Should Attend?

This course Is designed for supervisors, managers, senior technicians, Safety Advisors & Auditors, and maintenance personnel. In addition, any personnel, as part of an investigation team can attend the course.

Course Overview

Leaders have a significant impact on an organization’s safety culture. To develop an effective safety culture, people must trust that their leaders sincerely care about what happens to them in the workplace. Likewise, an organization desires leader who inspire others and constantly balance the need for both production and safety. This course will provide a customized, targeted solution to help ensure leaders have the knowledge, understanding, and confidence to enable the business to achieve its safety vision. This course will also provide the required skills to enable leaders to guide people to engage in safe work practices all of the time. The program is designed to engage people’s heads, hearts, and hands, so participants understand cognitively “WHAT” specific behaviors need to change, “WHY” the change is necessary, and are able to apply that understanding to make a difference on their jobs.

Who Should Attend?

This course is designed for managers and front-line supervisors, safety advisors and HSE representatives who want to ensure they have the supervisory skills to fulfill their safety requirements.

Course Overview

This internationally accredited course is designed to prepare the participant to become a qualified trainer to deliver HSE courses. The course ensures that participants become fully familiar with the important safety topics. In addition, the course is made to improve the communication and presentation skills of the trainer. This course will highlight various methods and techniques from

updating the trainer on the safety subjects to learning how to gather the Correct information from the reliable sources for enhancing the trainers technical and presentation skills. Additional course objectives are as follows;

1. The fundamentals of becoming a trainer and deliver training courses.
2. Prepare effective and well-structured presentations.
3. Be ready to conduct presentations about safety training, answer students concern and queries.
4. Become a qualified instructor in the field of Oil & Gas, General and Construction Safety.
5. Master each safety course content related to industry in depth (i.e. H2S, Confined Space Entry, HAZCOM, HAZMAT, Rig Orientation, Spill Prevention, LOTO etc.).
6. Familiarity to the important safety topics.
7. Improve the communication and presentation skills of the Trainer.
8. Learn new methods and techniques to transfer the course objectives, material and knowledge effectively.
9. Deliver high-quality presentations in a simple, attractive, clear and effective way.
10. Be able to lead group discussions.
11. Learn how to find the information from the proper reliable sources.

Who Should Attend?

HSE trainers, Senior supervisors, HSE and Safety advisors, auditors, engineers and managers in addition, to anyone who would like to evaluate their training skills and HSE competency.

Course Outline:

• Fundamentals of a trainer
• Running a training course
• Delivering a successful training session
• How to develop a structural training
• Factors to an effective training skill
• What makes a good trainer?
• Effective training practice and procedure
• Body language and voice projection skills
• Classroom training vs. one-to-one training
• Individual Practice on Presentation
• First Aid / CPR AED
• H2S and SCBA
• Confined Space Entry and Work Permit
• Fall Protection and Working at Height
• Group Discussion
• Defensive and Off-road Driving and Safety
• Forklift, Cranes and Heavy Machinery Operations
• Group Discussion
• Rig Inspection
• Rigging and Slinging
• HAZMAT and HAZCOM
• General Safety for Site Operation
• Group Discussion
• Individual Practice on Presentations
• Final Presentations

Course Overview

Both the general industry and construction industry conduct numerous work tasks that require entry into confined spaces. Confined spaces are subject to contain many hazards that must be eliminated or controlled prior to Enter. Workers must know and follow established confined space entry (CSE)

procedures. Identifying the CSE hazards and then controlling them is the most essential part of this course. The course will Educate participants on the definition of a confined space and the minimum requirements for site Safety and procedures to be implemented when opening, entering, and | or performing work within these spaces.

Who Should Attend?

The is tailored for personnel preparing, planning, opening, entering, restoring, and |or performing work within Confined Spaces.

Course Outline:

• introduction
• Types of confined spaces.
• Confined space entry (CSE)
• Limited openings for entry and exit.
• Development of Personnel awareness.
• Recognize common hazards in entering confined space.
• Importance of PPE, safety harness, standby/rescue procedures.
• Requirements of the Confined Space Entry program
• Requirements to Plan and prepare a Confined Space Entry (CSE)
• Working hazards and control measures identification
• Confined Space Entry permits
• Define Confined Space Entry roles and responsibilities
• Testing the atmosphere.
• Isolation (lockout/Tagout).
• Standby/rescue.
• Communication
• Confined Space Entry Log
• Confined Space Entry Stop Work and Emergency Response
• Confined Space restoration (Handover)

Course Overview

Rigging & Lifting operations on Oil and Gas, Construction and Engineering sites are carried out worldwide on a daily basis. Unfortunately, the results when things go wrong can be both dangerous and disastrous to lives and equipment. This course will enhance the skills of personnel who perform Rigging & Lifting activities using Lifting Equipment and Lifting Accessories to the recognized industry standards, including the current Rigging Moving Loads Regulations. This course will promote the best industry practice in Rigging & Lifting methodology and Inspection of Equipment and work to the requirements of safe use of lifting equipment.

Who Should Attend?

For all personnel involved in rigging & Lifting operations. In addition, Crane | forklift operators, supervisors, HSE advisors, and safety representatives can benefit from this course.

Course Outline:

Communication

• Use of hand signals
• The types and grades of chains
• The use of Safe Work Load (SWL) Charts
• Types in general use and their applications
• Calculating tension of weight at various angles
• Working angles and SWL Charts
• Do’s and don’ts of synthetic slings and wire ropes in slinging

General

• Safety Standards and Legislation pertaining to slinging
• Testing, storing and using chain, synthetic slings and wire rope
• The basic principles of handling moving loads
• Using eye bolts and shackles etc. when lifting
• Appreciation of working with cranes and the correct use of hand signals
• Calculating weights and centers of gravity loads

Course Overview

One of the top 10 causes of fatality and serious injury in the construction, oil and gas industry has been due to dropped objects. This course is intended to raise awareness of potential dropped objects and explore methods for the control and prevention. After completing the course, participants will be able to learn various methods on how to eliminate injury to people and damage

sustained to equipment due to falling objects. This course will define what a potential dropped object is. This course will also identify a potential dropped object and the common causes, and review methods for the control and prevention of potential dropped objects. In addition, this course will cover the roles and responsibilities with respect to potential dropped objects.

Who Should Attend?

Personnel working in construction, oil and gas industries, or any other workplace that has the potential of objects to be dropped or that has movable items or equipment’s at worksite.

Course Outline:

Part 1: Understanding Dropped Objects

• Terms and Definitions
• Static Dropped Objects and Dynamic Dropped Objects
• primary Fixing, Secondary Retention and Safety Securing
• Causes and Causal factors
• Incident and Alert Reviews
• What are we Doing about the Problem?

Part 2: Controlling and Preventing Dropped Objects

• Hazard Identification
• Risk Assessment
• Risk Ranking
• DROPS Calculator
• Leadership and Ownership
• Preventive and Mitigating Controls
• Survey, Inspection and Maintenance
• Remedial Actions; Improvement Actions
• Audit/ Monitoring; Management of Change
• Tools at Height
• Process Safety
• Red Zones
• Plans and Checklists
• Subsea Dropped Objects
• DROPS Best Practice
• Reliable Securing
• Responsibilities
• Interactive Examples

Part 3: DROPS through the Supply Chain

Considering the Dropped Object Threats and Improvement Opportunities at each stage of the typical Chain.

Part 4: Hazard Observation

Interactive and Practical application of Hazard Identification, Awareness and Understanding.

Course Overview

Falls are the leading cause of fatalities in the construction, Telecom and Oil & Gas industries. Most fatalities occur when employees fall from open-sided floors, ladders and through floor openings. Falls from as little as 4 to 6 feet can cause serious lost time accidents and eve death. Fall protection systems can consist of devices that arrest a free fall or that restrain a worker in a position to prevent a fall. Open-sided floors and platforms 6 feet or more in height must be guarded using an engineering control. This course will provide clear examples of the proper and improper ways to deal with fall hazards based on the industrial, construction & Telecom activities conducted at height.

Who Should Attend?

This course is essential for those who work, design or perform settings and those who oversee safety when implementing the designs of jobs conducted at heights to prevent fall hazards.

Course Outline:

• Introduction
• General safety rules
• Identify and define types of common slips, trips, and falls
• Working at Heights
• Identifying Fall Hazards
• Personal Protective Equipment
• Fall protection systems
• Fall arrest system
• Using Scaffolding, ladder, mobile elevated platforms
• Eliminating hazards
• Administrative rules and fall arrest maintenance
• Tools/equipment inspection
• Implementing Engineering Controls
• Guardrail system
• Rescue plan

Course Overview

Industrial hygiene has been defined as “that science and art devoted to the anticipation, recognition, evaluation, and control of those environmental factors or stresses arising in or from the workplace, which may cause sickness, impaired health, and well-being, or significant discomfort among workers or among the Citizens of the community.” Industrial hygienists use environmental monitoring and analytical methods to detect the extent of worker exposure and employ engineering, work practice controls, and other methods to control potential hazards that effect health. 

Who Should Attend?

This course is designed for everyone involved in safety, health, environmental, and management personnel who are responsible for industrial hygiene and personnel working in the catering field, offices etc.

Course Outline:

• Brief History of Occupational Hygiene
• Occupational Hygiene Standards
• industrial Hygiene and monitoring technique
• Indoor air quality
• Physical hazards
• Noise in the workplace
• Radiation
• Temperature extremes
• Biological Hazards
• Toxicology Properties

Course Overview

Investigating accidents are necessary to identify their causes and ensuring the effective implementation of corrective actions. Managers and supervisors should have the necessary skills to investigate and report all occurrences (near misses, accidents, illnesses) in the form of a written report.

Who Should Attend?

The course has been designed for managers and supervisors who are responsible for reporting and investigating accidents within their workplaces.

Course Outline:

• Describing and implementing accident investigation procedures
• Reasons for accident investigation
• Identifying potential sources of information for obtaining evidence
• Demonstrate an ability to reach practical conclusions and recommendations
• Introduction to Incidents and Accidents
• The scale of the problem
• Cost of accidents
• Accident causation and prevention
• Reporting and Investigation requirements
• Legislation
• Collection of facts and evidence
• Reaching conclusions and taking action
• Samples of proper accident/incident reporting
• Recording evidence/electronic reporting

Course Overview

By the time, all equipment must be maintained, repaired, serviced or upgraded.

This work is normally done by the maintenance crew. The equipment must be in safe condition so that the work can be performed. This means de-energizing the equipment and also removing all sources of energy. The equipment must then be locked out (LO) so that it cannot be turned on or opened during the repairs or maintenance. Locked out equipment is identified with a tag that tells the other workers about the work being in progress. Locking and tagging equipment lets others know that it must not be energized. This course will highlight in depth the Lock-Out, Tag-Out (LOTO) program and educate participants on how to properly secure it.

Who Should Attend?

This course is designed for personnel performing maintenance and servicing in 01 <1round energy sources and equipment that need to be isolated.

Course Outline:

• Introduction
• Identify the energy sources, equipment, and conditions that require LOTO procedures
• Identify energy sources and equipment
• Identify common failures of LOTO
• List the key errors to avoid when using the LOTO procedure
• State the correct isolation methods to safety work on systems
• Equipment’s that require isolation
• Roles and responsibilities of LOTO
• State the correct methods for returning equipment operation
• LOTO removal procedure
• Restore the work area

Course Overview

This course is designed to educate participants on electrical and mechanical hazards that can be found in any work location. This course will highlight the basic rules of electrical safety, the appropriate clothing and PPE to wear when working around electrical or mechanical areas, the reason why circuits should be grounded and how to test a circuit for proper grounding and how ground fault circuit interrupter works. It also explains how to use test equipment and instruments safely. The course will also develop an understanding of insulate tools and other protective equipment, and how to identify alerting techniques and learn the required safety procedures working with AC/DC Volt.

Who Should Attend?

The course is suitable for all the personnel working with electrical and mechanical equipment including but not limited to the electrician, assistant electrician, mechanic and assistant mechanic, Supervisors, auditors, HSE advisors, and safety officers.

Course Outline:

• Introduction.
• Equipment for Hazardous Locations
• Electrical Safety and Protection
• Electrical Hazards
• Electrical Safety Equipment
• Electrical Safety Procedures
• Grounding, Ground Faults, and Short Circuits
• Working, Safely with Electricity
• Electrical Equipment Safety
• Safe Working Environment
• Electrical Safety in the Workplace
• Establishing an Electrically Safe Work Condition
• Work Involving Electrical Hazards
• Mechanical Systems
• Working Safely with Machinery
• Basic Mechanics of AC & DC Current
• The Safe Use of Hand Tools
• The Safe Use of Portable Power Tools
• Friction and Wear
• General Requirements for Work Practices
• Working with Other People

Course Overview

Work Permit System helps prevent incidents and accidents. It requires a thorough review of work tasks and job site conditions before hazardous work task begins. A work permit is an essential tool of the Work Permit System that identifies and documents the hazards and precautions of a specific work activity. So, the work can be done safely. The work permit is an official record of the specific work process and the agreed conditions, and minimum safety precautions to be followed during the work. This course essentially introduces the Work Permit System and the work permits users to control hazardous work activities or processes in Restricted Areas. Work can remain safe only if the person prepares the job properly, follows the safety precautions and has qualified supervision. This course will highlight how it is important to agree to the minimum safety precautions (controls) and maintain them to ensure co-workers are focused on preventing incidents that can lead to the damage to the equipment’s, injuries, or loss of life.

Who Should Attend?

For Personnel conducting hazardous work activities or entering Restricted areas to do so are required to work under the Permit to Work System, and for those who are responsible for issuing and receiving permits.

Course Outline:

• Introduction
• Summarize Key Elements of the Work Permit System
• Identify Low Risk Activities
• Summarize the Work Permit Procedures and Responsibilities of the Issuer and Receiver.
• Issuing Work Permits
• Identify the Forms and Specific Requirements for Each Permit Used in the Work Permit System
• Defining Hot Work Permits
• Defining Cold Work Permits
• Defining Confined Space Entry Permits
• Defining Equipment Opening/Line Break Permit
• Demonstrate the preparation requirements for issuing & receiving
• Explain and demonstrate the implementation of control sys­tems including monitoring of and compliance to work scope.
• Explain procedures for deviations in terms of change of scope, new hazards, changes in personnel and reasons for cancellation
• Explain / demonstrate the action for completion of work and procedures for closure of permit.
• Complete a Work Permit Using an Established Work Scenario

Course Overview

Behavioral Based Safety (BBS) is the methodology that focuses on workers’ behavior as the cause of most work-related injuries and illnesses. According to statistics, in around 80 to 90 percent of all incidents is due to employ behavior. BBS focuses on identifying and reinforcing a safety culture and providing the employees the opportunity to address the critical aspects of building and promoting an incident free culture. This course will focus on identifying and reinforcing safe behaviors, and, therefore reducing unsafe and at-risk behaviors. Safety in the workplace is influenced by the factors such as the environment, attitude, commitment and the personal attributes of the individual. Safety performance can be improved by addressing these major influences.

Who Should Attend?

This course is for anyone in any job position.

Course Outline:

Part-1: Introduction

• What is Safety Culture?
• At-Risk Behavior
• Take 5 conversations
• Communications and Feedback
• Identifying Safety Factor
• Hazard ID
• Stopping the “Job”
• Risk Tolerance
• Ripple effect of an incident
• Risk assessment

Part-2: Understanding Human Error

• Errors and their relationship to loss events.
• Which is most important; Management system deficiencies or personal behavior?
• Types of human error.
• Modeling human behavior
• Elements associated with understanding and controlling human error.

Part-3: Behavioral Science and improving Human Behavior

• What controls human behavior (T-H-0 theory and analysis).
• Identifying an inventory of key undesirable behaviors.
• Implementation strategies for controlling undesired behaviors.
• Case Studies.
• Workshops: STAR (Specific Task Action Reporting).

Part-4: Common Human Error

• Information Presentation
• Rules (procedures, trainers, communication, signs, etc.).
• Process/Operation/Workplace Design Rules
• Other General Rules.
• Selected Exercises.
• Overview of Techniques for Prediction and Analyzing Human Error.

Course Overview

This course develops the ability to focus on your outcome, tune in to your audience and develop your message for clarity and impact without fully worrying about the language barrier. Creating an environment for open discussion and ongoing dialogue is crucial for communication success and more crucial when safety topics are being the subjects communicated. This course will cover communication methods and how to deliver corrective message to the audience whether they are in a class, safety meeting, office meeting or during a normal one – one communication. The communications skills covered in this course will increase the participant’s ability to exercise choice and control for every type of conversation, influence without authority and improve the quality of relationships and productivity.

Who Should Attend?

Individual contributors, Managers, Team leaders, HSE advisors, safety officers, and supervisors, who are depending on their ability to communicate clearly and to create a safe and positive working relationship.

Course Outline:

• Introduction
• Foundation Tools
• Communication Process
• Communication Skills
• Influencing Safety
• Challenging Situations Understanding and Managing Conflict
• Workout how to communicate
• Know the work force
• Make a Plan
• Communicate for Understanding
• Signs and warnings
• Safety Message Transfer
• Language support and training

•             Summary and Action Plans

Course Overview

Personal protective equipment (PPE) is used to reduce or minimize the exposure or contact to physical, chemical or biological hazards. A hazard cannot be eliminated by PPE, but the risk of injury can be eliminated or reduced greatly. In this course, participants will be provided with the information on how to assess, select and determine the correct PPE tor the work they are performing.

Who Should Attend?

Mandatory to all workers by law in Kingdom.

Course Outline:

Part-1: Personal Protective Equipment (PPE) Program:

• Introduction to PPE
• The necessity of PPE
• Contents of PPE program
• Determining PPE needs in your workplace
• PPE selection
• Maintenance and replacement
• Training employees
• Employer and employee’s responsibilities
• The proper care, maintenance, useful life, inspection, storage, and disposal of the PPE

Part-2: Personal Protective Equipment (PPE) Selection:

• Eye & Face Protection
• Head Protection
• Foot and Leg protection
• Hand and Arm protection
• Body Protection
• Hearing Protection
• Respiratory protection
• Other Kinds of PPE

Course Overview

Spill Prevention Control (SPC) training course Which covers Oil & Gas Industry, federal and state regulations in the operation and maintenance of equipment to prevent discharges; discharge procedure protocols; applicable pollution control laws, rules, and regulations; general facility

operations and the contents of the facility SPC Plan. This course provides a deep review of the federal requirements for Spill Prevention Controls and a complete analysis of the development of SPC rules and regulations. Development of SPC plans requires detailed knowledge of the facility and the potential effects of an oil spill.

Who Should Attend?

Everyone who works in Oil & Gas Industry engineers, workers, and personnel in the operation and maintenance of equipment to prevent discharges, discharge procedure protocols, and general facility & plant operations.

Course Outline:

• Introduction to Spill Prevention Control
• Spill Control & First Response
• Why do we need SPC?
• How to prevent a spill?
• How to contain & control a spill?
• How to respond to react to a spill?
• Roles & responsibilities
• Facility tour to identify oil/chemical spill safety measures

Course Overview

This comprehensive safety program designed for anyone involved in general industry and construction. It is specially designed safety directors, foremen, HSE representatives, safety officers, safety advisor and field supervisors. The program provides complete information on the

Occupational Safety and Health Management with information on International Safety regulations and compliance. The OSHA training is considered one of the most recognized safety training worldwide as it outlines general safety topics and regulations.

Who Should Attend?

Anyone interested to learn more about Safety specifically worker in the field, safety officers, safety advisors, supervisors, managers and operational people.

Course Outline:

Module 1: Introduction to OSHA and the OSH Act

Module 2: Walking & Working Surfaces

Module 3: Emergency Action Plan

Module 4: Hazardous Materials

Module 5: JSA and JHA

Module 6: Personal Protective Equipment

Module 7: Confined Spaces & Permit Required Conned Spaces

Module 8: Lockout/Tagout

Module 9: Materials Handling & Storage

Module 10: Machine Guarding Safety

Module 11: Welding, Cutting, and Brazing

Module 12: Electrical Safety

Module 13: Hazard Communication

Module 14: Hazardous Substances & Industrial Hygiene

Module 15: Bloodborne Pathogens

Module 16: Record Keeping & Reporting

Module 17: Workplace Violence

Module 18: Safety and Health Programs

Module 19: Ergonomics

Module 20: Hazards of Asbestos in the Workplace

Module 21: Lead Safety in the Workplace

Module 22: Ionizing and Nonionizing Radiation Safety

Module 23: Formaldehyde Awareness

Module 24: Process Safety Management of Highly Hazard Materials