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Course Intro
- Managing Silica Exposure in Construction
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Managing Silica Exposure in Construction: Introduction
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Defining the Hazard
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Understanding Respirable Crystalline Silica
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Quiz 1
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Permissible Exposure Levels
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Quiz 2
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The Written Plan
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Methods for Limiting Exposure
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Quiz 3
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Restrict Access
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Engineering Controls
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Quiz 4
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Tasks Not in Table 1
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Quiz 5
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Training and Additional Considerations
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Conclusion
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Final Quiz
- Creating a Silica Exposure Control Plan
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Creating a Silica Exposure Control Plan: Introduction
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Who Needs a Plan?
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Quiz 1
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Defining the Tasks
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Quiz 2
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Respirator Use
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Quiz 3
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The Competent Person
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Quiz 4
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Restricting Access During Operations
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Clean-up and Housekeeping
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Quiz 5
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Training
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Quiz 6
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Conclusion
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Final Quiz
- Alternative Silica Exposure Control Procedures
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Alternative Silica Exposure Control Procedures: Introduction
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Understanding the Alternatives to Table 1
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Quiz 1
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Measuring Exposure Levels
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Quiz 2
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Using Existing Objective Data
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Quiz 3
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Pulling It All Together
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Quiz 4
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Conclusion
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Final Quiz
- Conclusion
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We want to hear from you!
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Course Conclusion
Silica Exposure -- Procore Safety Qualified
Learn essential safety measures for managing silica exposure in construction. Gain expertise in OSHA compliance, respirator use, and exposure control.
Instructor: Jim Rogers
3 hours
5,680 students
Last reviewed 9/2024
Video Content
Course Description
This course is part of the Procore Safety Qualified Program (PSQ), a series of courses designed to provide education, strategies, and resources aimed at fostering a culture of safety in the construction industry.
This course is designed for construction professionals who need to manage respirable crystalline silica exposure on the jobsite. Pulling from his experience in construction safety and management, your instructor Jim Rogers offers key insights into controlling silica-related hazards. This course is intended for construction professionals, from tradespeople to site managers, who need to understand and handle silica exposure effectively.
The course is structured into three parts, each addressing different facets of silica safety. You will learn about the dangers of respirable crystalline silica, relevant OSHA regulations, and the critical steps for maintaining safe working conditions. Topics include understanding and applying engineering controls, the significance of work practice controls, and the procedures for air sampling and exposure assessment. The course also discusses the proper use of respirators, the creation of written exposure control plans, and effective housekeeping practices to reduce silica dust.
By completing this course, you will acquire practical skills to identify and mitigate silica hazards on the jobsite. You will learn how to comply with OSHA standards and conduct thorough exposure assessments. This training aims to improve jobsite safety by minimizing the risk of silica-related health issues, creating a safer and more productive working environment.
Learning Objectives
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Part 1: Managing Silica Exposure in Construction: In this course you will be introduced to the hazards of silica exposure. You will learn about permissible levels of silica exposure and also methods to limit exposure.
Learning Objectives:
Define crystalline silica, what it is, and where it is found.
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Determine the difference between inhalable and respirable crystalline silica.
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Identify the diseases that are caused by respirable silica overexposure.
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Describe the methods to limit exposure to respirable silica.
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Part 2: Creating a Silica Exposure Control Plan: In this course you will learn how to create a silica exposure control plan, a mandatory component of the OSHA regulations for silica exposure.
Learning Objectives:
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Identify who is required to have a written silica exposure control plan.
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Determine when a respirator is needed, and how to properly incorporate respirator use into your exposure control plan.
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Learn techniques for restricting access in order to limit exposure to silica on your jobsite.
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Understand how to better control silica exposure during clean up and housekeeping procedures on the job.
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Part 3: Alternative Silica Exposure Control Procedures: This course details alternative silica exposure control procedures and how they protect people.
Learning Objectives:
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Define when an alternative exposure control procedure is required.
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Describe how these alternative exposure procedures protect people from over exposure to respirable crystalline silica.
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Identify the tasks that are not covered in Table 1 that require alternative exposure control procedures
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Calculate Permissible Exposure Levels based on variable daily exposure.
Prerequisites
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Learning Level: Intermediate
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Prerequisite Knowledge: Basic understanding of construction safety and jobsite protocols.
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Recommended Knowledge: Awareness of OSHA and jobsite working conditions.
Continuing Education Course Credits
Course Title: Procore Safety Qualified: Silica Exposure
Course Number: 330-UPDATED, 331-2022, 332-2022
Session Number: 1
Curriculum Group Name: AIA Providers
Credit: 1 AIA LU per part; 3 total
Course Expiration Date: 04/01/2025
Procore's Continuing Education courses may qualify for continuing education credits with other professional organizations or fulfill state licensing requirements. If you are a member of a different organization, you can download your course completion certificate from your learning profile and report your completion yourself to the organization for potential credit. Please refer to the organization's continuing education requirements for course eligibility information.
AIA CES Provider statement
Procore Technologies is a registered provider of AIA-approved continuing education under Provider Number 40108059. All registered AIA CES Providers must comply with the AIA Standards for Continuing Education Programs. Any questions or concerns about this provider or this learning program may be sent to AIA CES (cessupport@aia.org or (800) AIA 3837, Option 3).
This learning program is registered with AIA CES for continuing professional education. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. AIA continuing education credit has been reviewed and approved by AIA CES. Learners must complete the entire learning program to receive continuing education credit. AIA continuing education Learning Units earned upon completion of this course will be reported to AIA CES for AIA members. Certificates of Completion for both AIA members and non-AIA members are available upon request.
AIA continuing education credit has been reviewed and approved by AIA CES. Learners must complete the entire learning program to receive continuing education credit. AIA continuing education Learning Units earned upon completion of this course will be reported to AIA CES for AIA members. Certificates of Completion for both AIA members and non-AIA members are available upon request.
Frequently Asked Questions
What specific construction activities are covered in the course?
The course includes tasks like cutting, drilling, grinding, and sanding of materials containing crystalline silica, along with methods to control exposure for each task.
Does the course provide guidelines on how to measure silica exposure accurately?
Yes, it covers both direct sampling methods and the use of objective data for evaluating worker exposure levels.
What practical skills will I gain by taking this course?
You will gain skills in developing written exposure control plans, performing exposure assessments, using engineering controls effectively, and ensuring compliance with OSHA standards for respirable silica.
How will this course help me improve jobsite safety?
By the end of the course, you'll be equipped to identify and mitigate silica hazards, implement effective safety measures, and conduct thorough inspections to create a safer working environment for all employees.
What's Next
Continue your learning journey
This course is part of the Procore Safety Qualified Learning Path. Explore and complete the additional courses in the path below to complete your journey.
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Heat Hazards
View Course PageLearn essential heat safety practices for construction jobsites. Protect your team from heat illness with expert guidance and practical tips.
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Fall Protection
View Course PageLearn fall protection strategies to ensure safety on construction jobsites. Reduce risks, enhance skills & comply with OSHA standards.
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Hazard Communication
View Course PageLearn hazard communication protocols for construction. Ensure workplace safety with expert-led training on handling hazardous chemicals.
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Scaffolding
View Course PageLearn scaffold safety and health protocols to enhance jobsite safety. Expand your knowledge in scaffold erection, maintenance, and hazard prevention.
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Lockout Tagout
View Course PageLearn about important Lockout/Tagout procedures in construction safety. Prevent safety incidents with expert training on OSHA guidelines and best practices.
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Respiratory Protection
View Course PageMaster OSHA-compliant respiratory protection for construction safety with our expert-led course. Learn respirator selection, fit testing, and program development.
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You are here!
Silica Exposure
Learn essential safety measures for managing silica exposure in construction. Gain expertise in OSHA compliance, respirator use, and exposure control.
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Confined Spaces
View Course PageLearn about confined spaces, permit-required entries, safety procedures, and electrical lockout/tagout to ensure construction site safety and compliance.
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Physical Wellbeing on the Jobsite
View Course PageLearn how to enhance physical well-being on jobsites through nutrition, movement, and sleep in this course about construction safety.
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Bringing the Right Mindset to the Jobsite
View Course PageLearn strategies to maintain mental wellness on jobsites, improving safety & productivity for construction professionals.
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The Cultural Change of Prioritizing Safety
View Course PageLearn how to prioritize safety on construction jobsites by understanding mistakes, improving training, and creating a culture of safety for all workers.
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Suiting Up for Safety
View Course PageLearn to select and implement proper PPE for diverse construction teams. Enhance safety and meet OSHA standards with expert guidance from Abby Ferry.
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Instructors
Jim Rogers
Jim Rogers is an accomplished construction professional and construction educator with over 25 years of industry experience. His expertise spans Project Management, Labor Relations, Occupational Safety and Health, and Training & Education. Jim has held senior management roles in industry and director-level positions with trade associations, and he has served as a faculty member at Arizona State University's Fulton Schools of Engineering.
Jim established the OSHA Training Institute (OTI) Education Center at ASU, delivering numerous OTI courses in both construction and general industry. A recognized leader in occupational safety and health, Jim is also an expert in prestressed concrete, having developed industry-leading training and certification programs and published extensively on the topic.
His current focus is on continuing education for construction management professionals, emphasizing the integration of safety, productivity, and quality. Jim's extensive expertise and commitment to education make him a trusted authority in construction management and safety.
