1. Who is this qualification for?
The Qualified Elevator Inspector (QEI) Training Course is a comprehensive 3-day program designed to equip participants with the necessary knowledge and skills to perform inspections in accordance with the ASME A17.1 Safety Code for Elevators and Escalators. This course covers essential topics such as safety protocols, elevator system operations, inspection procedures, and maintenance requirements. With a blend of technical instruction and practical assessments, participants will gain a deep understanding of elevator safety and regulatory compliance, preparing them to confidently perform inspections and ensure the safety and reliability of elevator systems.
The Qualified Elevator Inspector (QEI) Training Course is designed for individuals seeking to become certified elevator inspectors or those involved in the inspection, maintenance, and safety of elevator systems. This qualification is ideal for:
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Elevator technicians and engineers
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Safety professionals working in facilities management
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Building and property maintenance personnel
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Regulatory compliance officers
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Health and safety inspectors
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Anyone responsible for the safety and operation of elevator systems
The course is suitable for both beginners seeking foundational knowledge and experienced professionals looking to enhance their expertise in elevator safety inspections.
2. How long will it take?
Expect to dedicate approximately 24 hours of study to achieve this qualification.
3.Topics Covered
Here’s an overview of the Qualified Elevator Inspector (QEI) Training Course with detailed content aligned with your structure:
Day 1: Technical and Safety Code Instruction
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Introduction and Objectives
Welcome session outlining the course goals, importance of elevator safety, and the role of inspectors.
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Overview of ASME A17.1 Sections
An in-depth review of the sections of the ASME A17.1 Safety Code for Elevators and Escalators that will be covered over the next three days.
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Safety, Safety Hazards, & Safe Conduct
Focus on safety protocols, recognizing hazards in the elevator environment, and best practices for maintaining a safe workspace.
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Machine Room (MR), Control Room (CR), Machinery Space (MS), & Control Space (CS)
Examination of the safety requirements, design, and operation of machine and control rooms, and their spaces.
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Elevator Hoistway Vertical Clearances
Overview of hoistway clearance requirements and ensuring compliance with regulations.
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Elevator Capacity & Loading
Understanding capacity limits, loading safety, and how improper loading can affect elevator operation.
Day 2: Safety Code Requirements & Maintenance
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Safety Code Requirements for Elevator Operation
Detailed review of the operational safety standards as per ASME A17.1, including emergency operation, evacuation, and failure protocols
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Building Systems that Interface with Elevator Operation
Exploring the connections between elevators and fire alarms, ventilation systems, and electrical systems to ensure cohesive operation.
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Maintenance, Repair, Replacement, and Testing
Best practices for maintaining elevators, performing repairs, and conducting necessary inspections. Testing processes to validate operational safety and compliance
Day 3: Seismic and Inspection Protocols
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Seismic Design & Operation
Understanding the seismic safety features built into elevators and how they are designed to function during and after seismic events.
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A17.1 Acceptance Inspection & Testing
Reviewing the inspection and testing procedures required for elevator acceptance, ensuring all aspects meet safety standards before operation
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Questions, Answer, and Discussion
An interactive session addressing any remaining queries, discussing real-world scenarios, and further clarifying course material.
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Final Test for Understanding & Retention
A comprehensive test assessing participants' understanding of the course material, focusing on key concepts of safety and technical regulations.
4.Assessment Method
The Qualified Elevator Inspector (QEI) Training Course uses a combination of assessment methods to evaluate participants' understanding and retention of the material covered. The assessment methods include:
Written Examination:
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A final test comprising both multiple-choice and subjective questions will be administered on the third day of the course.
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The questions will assess participants’ knowledge of technical and safety codes, elevator operation, inspection procedures, and seismic design as outlined in ASME A17.1.
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Participants must achieve a minimum score to pass the exam.
Practical Demonstration:
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Participants will be required to demonstrate their understanding of key inspection and safety procedures through hands-on exercises.
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Practical assessments will cover activities such as performing elevator hoistway inspections, testing elevator safety systems, and identifying hazards within machinery rooms and control spaces.
Continuous Assessment:
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Throughout the course, participants will engage in interactive discussions, question-and-answer sessions, and group exercises.
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Trainers will evaluate participants’ engagement and comprehension of the course materials during these sessions.
Course Evaluation:
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At the end of the course, participants will complete evaluation forms to provide feedback on their learning experience, helping to assess their overall satisfaction and understanding of the course content.
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Participants must pass both the written examination and practical demonstration to be awarded the Qualified Elevator Inspector certification.
5.Guidance for International Delivery
OSH Qualifications Board UK recommends reaching out to the relevant Government
Department in the target country where you plan to provide this qualification.
This ensures alignment with local regulations and rules. In certain cases,
registration as a training provider within the host country might be necessary.
It is important to note that while OSH Qualifications Board UK upholds its own
rigorous standards for approving centers, it does not represent or speak for
other organizations or governmental departments.