Some of the most dangerous health risks on construction sites are easily overlooked. While the causes and effects of hazards like falls or vehicle collisions are immediate and obvious, others are more subtle. Spending years working with loud machinery can cause hearing loss, while chronic exposure to asbestos may lead to cancer.
This two-hour course on construction health hazards investigates the long-term damage caused by common substances and conditions found on most building sites.
Learn about OSHA standards for dangers like lead exposure, heat stress and silica dust respiration. Master important safety tools like proper ventilation, hygiene practices, personal protective equipment (PPE) use and hazard control strategies that will protect you and your employees from chronic injuries and serious diseases.
Course Benefits
Make your jobsite a safer place with these online learning benefits:
- Specialized Training for Overlooked Hazards
- From the #1 Trusted OSHA Training Provider
- 100% Online — From Any Device at Your Own Pace
- Instantly Downloadable Certificate of Completion
- OSHA-Aligned Teaching Drawn from Current Standards
About the Health Hazards in Construction Environments Course
This 100% online course contains approximately two hours of workplace safety education. The information will help you avoid chronic health damage and build specialized expertise in common but frequently ignored dangers.
After completing this course, you can share your instantly downloadable certificate with your supervisor or future employers to demonstrate your safety knowledge. Showing initiative and expanding your skill set is the perfect way to prepare for a new role at work or seek a promotion.
Students and employers who purchase our training get access to our FUSION online learning management system (LMS). FUSION is a user-friendly online service that allows students to access a full library of self-paced lessons from any internet-connected device at any time.
It also allows managers to quickly and easily purchase, assign and track course vouchers for any number of employees. Bulk discounts are available for team training.
Who Should Complete This Course?
All construction professionals face health risks from hazardous materials and environmental factors. Protect yourself, your coworkers and others from risks ranging from lead exposure to heat stress.
Construction professionals who face occupational health hazards include:
- Laborers
- Carpenters
- Framers
- Electricians
- Plumbers
- HVAC technicians
- Roofers
- Drywall installers
- Forepersons
- Site supervisors
- Safety managers
- And more
Whether building a new home in the summer or remodeling an old office building, every job could expose you to these common health hazards.
Learning Objectives
At the end of this course, you will be able to:
- Define occupational health hazards.
- List five types of construction-related health hazards and identify some of the engineering and administrative controls necessary to eliminate them.
- Describe OSHA's safety requirements for employers to minimize health hazards in the workplace.
- Explain the steps employees should take to protect themselves against work-related health hazards like exposure to asbestos, lead, respirable silica dust and extreme heat.
Testing Requirements
This course ends with a 10-question final exam. You must score at least 70% on the test to pass. However, you may attempt the test as many times as needed to get a passing score. There is no time limit.
Course Outline
Across six lesson modules, students will learn about common materials and conditions that threaten the health of construction professionals. This course also teaches hazard avoidance techniques, abatement strategies and the proper use of PPE.
The full outline is provided below:
- Module 1: Learning Objectives
- Module 2: What Are Health Hazards?
- Module 3: Health Hazards in Construction
- Module 4: Employer Responsibilities
- Module 5: Protecting Yourself from Occupational Health Hazards
- Module 6: Course Review
Frequently Asked Questions
What is a chronic health hazard?
Many injuries are caused by a single incident. However, some workplace hazards cause long-term damage to the human body through repeated exposure.
Carcinogens, toxins, poor ergonomics, elevated noise levels and other elements become more dangerous the more workers are exposed to them. The cumulative effects of these exposures can lead to a variety of serious — possibly life-threatening — conditions.
What are the safe exposure levels for construction workplace hazards?
That depends on the hazard. OSHA sets limits for many dangerous materials or damaging conditions to which workers may be exposed. For instance, workplace noise levels should not exceed an average of 90 decibels (dBA), while the permissible exposure limit (PEL) for asbestos is just 0.1 fiber per cubic centimeter of air, which is so low that there basically is no safe level of exposure.
If work tasks require exposure above those levels, federal regulations compel managers to provide appropriate protections. Those protections might include PPE, like respirators and earplugs, or engineering solutions, like ventilation systems and specialized enclosures.
Is damage from workplace exposure reversible?
Not usually. Acute, short-term effects of some damage, like ringing ears caused by loud noises or skin irritation from silica dust contact, are usually temporary. However, conditions caused by repeated, long-term exposure to many of the hazards covered in this course are usually permanent.
Contact OSHA, your employer and medical professionals if you believe you have been exposed to a hazardous material or work condition. Employers are required to take certain steps to protect your health.
Is this course valid in my state?
Yes. This course is based on the federal regulations found in 29 CFR 1926 — OSHA's construction standard. Federal standards apply in all U.S. states and territories.
These laws set the national minimum for employee protection. Your state, local government or employer may require additional safety training for various construction hazards. Contact your employer for more information.
How long is this course?
Completing this course takes approximately two hours, though you can take as long as you want. Study whenever you want for as long as you want. Our FUSION LMS automatically tracks your progress, allowing you to start and stop lessons without losing progress.
This course is tightly focused on some of the most common hazards you will face on any construction site. It contains everything you need to know and nothing you don't.
What do I get at the end of this course?
Once you pass the final exam, you can instantly download and print your digital Certificate of Completion.
You can show your certificate to your employer to demonstrate your safety knowledge and commitment to workplace safety.
Can I buy this training for my employees?
Yes. Not only can managers prepare a workforce for specific hazards found on the jobsite, but they can also save while doing it. Our bulk discounts and business solutions make it easy to manage safety training for teams of any size.
Supervisors may buy as many training vouchers as needed, assign them at any time, track employee training from start to finish and make a copy of all certificates. We make it easy to comply with OSHA training and recordkeeping requirements.
Are there other courses I can take to protect myself from workplace hazards?
Yes. Construction industry health hazard education is an important part of both the 10-hour and 30-hour OSHA Outreach Training programs. We offer OSHA-authorized Outreach Training courses for everyone from entry-level workers to site supervisors.
Completing an OSHA-authorized Outreach course provides an official OSHA 10 or OSHA 30 card issued by the U.S. Department of Labor (DOL). Students who pass either course will receive an official plastic wallet card in just two weeks!
Related Courses
- OSHA 10-Hour Construction Course
- OSHA 30-Hour Construction Course
- Signs, Signals and Barricades
- Struck-By Hazards in Construction Environments
- Caught-In/Between Hazards in Construction Environments