The Oil & Gas Manual Handling Challenge

Course overview

Welcome to the Advanced Manual Handling Training for Oil & Gas Industry certification course, a comprehensive and essential course created to improve safety, effectiveness, and knowledge in the field of manual handling procedures unique to the demanding settings in the oil and gas industry. The goal of this thorough course is to provide participants with advanced techniques, tactics, and insights that will allow them to control and reduce the physical demands of manual labor in this high-risk business.

Manual handling is essential in the dynamic world of oil and gas operations. The physical demands placed on workers are enormous and call for specialized skills, from lifting and carrying heavy equipment to complex assembly and maintenance jobs. Professionals that engage in manual handling tasks within the industry confront specific issues, and this course is designed to address those challenges by giving them a thorough understanding of ergonomic concepts, risk factors, and best practices.

The main goal of this course is to provide participants with sophisticated manual handling methods that put efficiency and safety first. Participants will get a thorough understanding of body mechanics, posture, and movement principles through in-depth modules, enabling them to carry out manual jobs with less physical strain and danger of injury. Participants will improve their own wellbeing while helping to create a workplace that is safer by developing proper lifting, carrying, and manipulation methods.

Introduction

Additionally, this training acknowledges that manual handling encompasses more than just one activity. In the context of the complex operations of the oil and gas industry, it includes team dynamics, communication, and coordination. Participants will examine cutting-edge tactics for productive teamwork while doing manual handling activities, maximizing collaboration and reducing the chance of mistakes.

Integrating technology into manual handling practices is essential as the sector develops further. This training incorporates cutting-edge equipment, techniques, and wearable tech to improve manual handling through the use of real-time monitoring systems. The discussion will focus on how these developments may boost safety and efficiency while ensuring that manual handling follows the industry’s upward trend.

With case studies and practical applications, the Advanced Manual Handling Training for Oil & Gas Industry certification course ties together theory and practical situations. In addition to receiving a recognized credential, participants will also be equipped with the know-how to immediately impact organizations. Participants help reduce workplace injuries, improve operational efficiency, and promote a safety culture by managing manual handling jobs well.

For professionals looking to learn the art and science of manual handling in the oil and gas industry, this training is a crucial investment. Participants will become pioneers in safe and effective manual handling practices, furthering the industry’s dedication to excellence with sophisticated techniques, ergonomic principles, and a thorough awareness of industry-specific issues.

Learning Objectives

Upon completing Advanced manual handling Training for Oil & Gas Industry certification, participants will be able to:

• Recognize the safe manual handling guidelines unique to the oil and gas industry.
• Determine the ergonomic hazards connected to manual handling duties in hazardous settings.
• Acquire safe and effective lifting, carrying, and moving procedures.
• Utilize risk assessment techniques when performing manual handling tasks.
• Learn how to use mechanical tools and aids to reduce the dangers associated with manual handling.
• Recognize how crucial teamwork and communication are when performing manual handling activities.
• Understand the symptoms of musculoskeletal conditions brought on by improper manual handling techniques.
• Use best practices to teach teams safe manual handling techniques.
• Analyze real-world case studies to gain insight from situations involving manual handling.
• Encourage a culture of safety and injury avoidance among employees in the oil and gas industry.

Our Unique Training Methodology

This interactive course comprises the following training methods:

• Journaling – This consists of setting a timer and letting your thoughts flow, unedited and unscripted recording events, ideas, and thoughts over a while, related to the topic.
• Social learning – Information and expertise exchanged amongst peers via computer-based technologies and interactive conversations including Blogging, instant messaging, and forums for debate in groups.
• Project-based learning
• Mind mapping and brainstorming – A session will be carried out between participants to uncover unique ideas, thoughts, and opinions having a quality discussion.
• Interactive sessions – The course will use informative lectures to introduce key concepts and theories related to the topic.
• Presentations – Participants will be presented with multimedia tools such as videos and graphics to enhance learning. These will be delivered engagingly and interactively.

Training Medium

This Advanced manual handling Training for Oil & Gas Industry certification course training is designed in a way that it can be delivered face-to-face and virtually.

Course Duration

This training is versatile in its delivery. The training can be delivered as a full-fledged 40-hour training program or a 15- hours crash course covering 5 hours of content each day over 3 days

Pre-course Assessment

Before you enroll in this course all we wanted to know is your exact mindset and your way of thinking.
For that, we have designed this questionnaire attached below.

• What is the ideal method for manually lifting a large object?
• To what extent does the term “ergonomics” apply to manual handling?
• What aspects of a manual handling task’s risk assessment should be taken into account?
• Explain the fundamentals of safe lifting procedures and how the oil and gas industry’s manual handling tasks fit within them.
• Describe the function of risk assessment in manual handling and enumerate some important variables to take into account.
• Give an example of how ergonomic principles can be used to lower the risk of injury and discuss the significance of ergonomics in manual handling.
• Which typical manual handling injuries can be avoided with the right training and techniques?

Course Modules

This Advanced manual handling Training for Oil & Gas Industry certification course covers the following topics for understanding the essentials of the Agile Workplace:

Module 1 – The Oil and Gas Industry’s Manual Handling Introduction

• Understanding Manual Handling’s Importance in Oil & Gas Operations.
• Activities and Tasks Frequently Requiring Manual Handling.
• The significance of ergonomics and appropriate injury prevention methods.

Module 2 – Anatomy and Manual Handling Biomechanics

• Understanding the Vulnerabilities of the Musculoskeletal System.
• Lifting and carrying: biomechanical forces and principles.
• Health and safety effects of improper manual handling techniques.

Module 3 – Risk evaluation and hazard recognition

• carrying out manual handling risk analyses
• Identifying Risks and Contributing Factors to Injuries
• Setting Task Priorities and Putting Controls in Place

Module 4 – Techniques for Safe Manual Handling

• Techniques for pushing, pulling, lifting, and carrying.
• Use of Tools and Equipment to Promote Safe Handling.
• Body mechanics and posture are important.

Module 5 – Types of injuries caused by handling accidents

• Sprain & strain
• Superficial
• Contusion
• Lacerations
• Fractures

Module 6 – Common Injuries due to Manual Handling

• Strains and sprains to joints & muscles.
• Torn ligaments & tendons.
• Slipped disc, tears and hernias.
• Cuts & Abrasions.
• Back Injuries.
• Crush injuries.

Module 7 – Cause of Injuries due to Manual Handling

• Bad postures.
• Heavy Load.
• Rough Surfaces.
• Lack of Knowledge.
• Obscured vision.

Module 8 – The Planning of Manual Lift

• Lifting Capacity.
• The nature of the load.
• Kinetic method consideration.
• Grasping of the load.
• Carrying the load.
• Provision of hand hooks
• Team Lifting
• Use of rollers.
• Mechanical options.

Module 9 – The Role of Ergonomics at Work

• Design and Layout of the Workplace for Effective Manual Handling.
• Workstations and equipment can be changed for personal comfort.
• Using ergonomic principles to lessen repetitive stress and fatigue.

Module 10 – Development of Competencies and Training

• Creating Training Program for Manual Handling that Work.
• The significance of frequent refresher training.
• Evaluating and certifying manual handling proficiency.

Module 11 – Standards and Regulations for Manual Handling

• Safe Manual Handling: International and Local Regulations.
• Occupational Health and Safety (OHS) Regulations compliance.
• Industry-Specific Best Practices and Guidelines.

Module 12 – Strategies for Reducing the Risk of Manual Handling

• Engineering Controls: Reducing Risk using Tools and Technology.
• Creating secure work practices and protocols is one of the administrative controls.
• Personal Protective Equipment (PPE) for Activities Involving Manual Handling.

Module 13 – Manual Handling in Difficult Situations

• Manual Handling in Rough Conditions, Elevated Platforms, and Limited Spaces
• Techniques for Different Work Environments
• Safety Procedures in High-Risk Situations

Module 14 – Before Handling of Chemicals

• Chemical compositions
• Exposures limit
• Storage requirements
• Safe handling method
• First aid measures
• Disposal requirement
• PPE requirement
• Emergency preparedness plan

Module 15 – Requirement of PPE for manual handling

• Helmets
• Long-sleeved shirts
• Steel toed boots
• Hand Gloves
• Goggles
• Ear Plugs

Post-course Assessment

Participants need to complete an assessment post-course completion so our mentors will get to know their understanding of the course. A mentor will also have interrogative conversations with participants and provide valuable feedback.

• Why are mechanical assistance used in manual handling jobs used primarily?
• In order to increase ergonomics, what should be the main focus while redesigning a manual handling task?
• How often should assessments and training related to manual handling be updated and reviewed?
• What is the primary benefit of performing a risk assessment for manual handling before beginning a task?Explain the main ideas of advanced manual handling techniques and the ways in which they vary from the basics.
• Describe the procedures for carrying out a risk assessment for manual handling and how to apply the results to enhance safety.
• Talk about how ergonomic design affects manual handling and give some instances of changes that could be implemented to enhance ergonomics in an oil and gas setting.

Lessons Learned

Application of Correct Technique: In order to prevent injuries, advanced manual handling techniques stress the significance of employing appropriate lifting and carrying techniques. Using the body’s strength effectively, keeping the spine neutral, and raising with the legs are some techniques.

Managing Irregular Loads: In order to preserve balance and control when managing loads with irregular or uncomfortable shapes, particular strategies must be used. Advanced training offers strategies for handling high loads securely, lowering the possibility of mishaps.

Designing for Comfort: In order to minimize physical strain, ergonomic design concepts are essential. The risk of musculoskeletal diseases can be considerably reduced by customizing instruments and workstations to the physical characteristics of the worker.

Task Redesign: Including ergonomic principles into task and work environment redesigns can result in safer and more effective manual handling procedures. This involves limiting repetitive strain, utilizing adaptable equipment, and modifying heights as needed.

Comprehensive Risk Assessment: Finding possible risks and areas for improvement can be facilitated by carrying out in-depth manual handling risk assessments. Evaluations take into account variables including workplace arrangement, handling frequency, and load weight.

Preventive Measures: Reducing risks requires putting preventive measures—like adding mechanical aids or changing procedures—into place based on the results of risk assessments.

Minimizing Physical Effort: The use of mechanical tools like trolleys, hoists, and forklifts is essential in lowering the danger of accidents and physical strain. Expert instruction emphasizes how crucial it is to use these tools wisely.