Course Overview

Modern life depends on electricity, both at home and at the office. Electricity is directly used by employees in the electronics, power lines, and electrical trades. The foundation for setting high standards for electrical engineering safety is safe design and safe operation of industrial electrical equipment.

Although many individuals deal with electricity, they are not authorized to touch electrical components directly or, to put it another way, they are not allowed to be around live electrical components.

Why is taking this course on “Electrical Safety Procedures and Standards for Electrical Engineers” essential for everyone who works in the power and energy industries? Electrical injuries are the fifth most frequent cause of occupational deaths and can be decreased with the proper preventive measures in place.

Practice of validated electrical safety practices is the greatest approach for anybody who works with electrical safety training to prevent danger to themselves or others, as well as any damage to property. Electrical safety program at work not only cut down on injuries but also shield employers and staff from the financial repercussions of an accident at work.

Participants will gain thorough knowledge on the identification and mitigation of accidents caused by electrical hazards through this Training Bee training course.

Introduction

You play a crucial part in creating, implementing, and maintaining the electrical systems that keep our contemporary world running as an electrical engineer. While the job you do is crucial for technological growth, electricity has inherent hazards that come with it. Electrical risks can result in accidents that endanger life, damage to property, and interruptions of vital services.

This thorough course is intended to provide you the knowledge and abilities to put safety first in all your electrical engineering projects. This course will assist you in comprehending and putting into practice fundamental safety measures and complying with industry-leading standards, regardless of whether you work in power production, distribution, industrial automation, or renewable energy.

We are The Training Bee, a global training and education firm providing services in many countries. We are specialized in capacity building and talent development solutions for individuals and organizations, with our highly customized programs and training sessions.

Learning Objectives

Upon completing Electrical Safety Procedures and Standards for Electrical Engineers, participants will be able to:

• Encourage electrical safety in workplaces.
• Reduce the frequency of electrocution, flash/radiation burns, and electric shock injuries
• Reduce injuries brought on by failure to stop, failure to operate, and unintentional usage of electrically powered equipment
• Prevent electrical hazards from being caused by surface temperatures and electrical arcing.
• Add monitoring controls to electrical safety equipment to assist prevent non-electrical risks.
• Prevent fires brought on by faulty electrical equipment.

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.

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 are the main objectives of the standards and procedures for electrical safety in the field of electrical engineering?
• Give electrical engineers a definition of the phrase “arc flash” and outline its possible dangers.
• Name at least five typical electrical dangers that might arise in commercial or residential settings.
• What are some uses for personal protective equipment (PPE) in electrical engineering and why is it important to wear PPE when working with electricity?
• Give an explanation of the Lockout-Tag out (LOTO) procedure’s importance to electrical safety.
• Describe the idea of a ground fault and the steps taken to stop and lessen its recurrence.
• What efforts should be taken to create an electrically safe working environment, and why is it so important to do so?

Course Outline

This Electrical Safety Procedures and Standards for Electrical Engineers cover the following topics for understanding the essentials of the Agile Workplace:

Module 1 – A SUMMARY OF SAFE WORKING CULTURES

• How to assess current safety measures
• The significance of mentality and culture in upholding safe work practices
• Optimum management techniques
• Housekeeping
• Employee onboarding and orientation

Module 2 – SECURITY PRACTISES TESTING

• The detection of chemicals
• Conducting work risk evaluations
• Personal protective equipment (PPE) usage guidelines for safety procedures
• Resuscitation and first aid
• Protection against fires.

Module 3 – REQUIREMENTS GENERAL TO WORK PRACTISES

• Determine the educational prerequisites.
• Analyze the necessary training and documentation methods.
• Talk about the foundations for creating an electrical safety program.
• Take into account the dangers of dealing with electrical hazards.
• Showcase safe methods for using test tools and equipment.

Module 4 – Creating an electrically safe working environment

• List the many types of control processes.
• Establish the specifications for lockout/tag out devices.
• Determine the steps to release lockout/tag out devices.
• Recognize the specifications for short-term grounding equipment

Module 5 – TESTING SAFE USE OF DIFFERENT FIELD APPARATUS

• Tools for the workplace, hand tools, and equipment
• Safety with ladders and scaffolding
• A safe forklift
• Using a crane
• Work surfaces
• Use pressurized gas cylinders safely

Module 6 – OPERATIONS INVOLVING ELECTRICAL DANGERS

• Recognize electrical risks and understand when it is OK to operate close to them
• Know the function and use of electrified electrical work permits.
• Identify the shock risks at the approaching borders.
• Identify the necessary arc flash protection.
• Examine insulated tools and other safety gear.

Module 7 – REQUIREMENTS FOR SAFETY-RELATED MAINTENANCE

• General electrical equipment upkeep
• Determine the maintenance procedures that affect safety.
• Describe the facilities’ electrical maintenance requirements.
• Find out how to maintain fuses and circuit breakers specifically.
• Realize how important it is to keep equipment in dangerous areas.

Module 8 – SPECIAL EQUIPMENT SAFETY REQUIREMENTS

• Recognize the risks associated with using specialized electrical equipment.
• Establish the specific equipment’s safety standards.
• Choose safe working procedures for electrolytic cells.
• Recognize battery installation and maintenance safety procedures.
• Classify the laser safety practices

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.

• Give examples of each level of the hierarchy of hazard controls as they relate to electrical safety in an engineering environment.
• Explain the relevance of the essential components of an electrical safety program in creating a safe working environment for electrical engineers.
• Describe the purpose, elements, and impact on safety in electrical engineering projects of an electrical one-line diagram.
• Discuss the advantages of performing a Job Safety Analysis (JSA) specifically for work involving electrical engineering.
• Highlight the potential implications of skipping routine electrical equipment inspections and testing while highlighting their relevance.
• Give instances of scenarios where the electrical lockout-tag out (LOTO) method should be used and describe the stages involved in constructing a successful LOTO procedure.

Lessons Learned

The most important lesson from this course is that safety must always come first while working on electrical engineering projects. Understanding and observing safety rules are essential to preventing accidents and injuries since electricity may be quite harmful.

Standards Compliance: It’s crucial to follow established electrical safety guidelines and rules. To guarantee safe working conditions, these standards are created based on in-depth research and industry best practices.

Electrical engineers need to be skilled in conducting in-depth risk assessments and identifying possible dangers. To reduce hazards, it’s essential to use effective hazard mitigation techniques, such employing the right PPE and adhering to lockout-tag out protocols.

Importance of Training: To keep current on the most recent safety protocols and business advancements, electrical engineers must receive the proper training. Engineers are kept up to speed on safety best practices through regular training.

Teamwork: Maintaining a safe workplace depends on good and clear communication among team members. Effective communication of possible risks, safety rules, and emergency methods is essential for engineers.

Continuous Improvement: Safety protocols and requirements are always changing. Electrical engineers must to be proactive in looking for new knowledge and keeping up with adjustments to safety standards and norms.

Personal protective equipment (PPE): The risk of harm can be considerably decreased by using the right PPE. Engineers need to be aware of the many PPE options, as well as when and how to utilize them.

“Safety Knowledge-based electrical engineers are driving the push.”