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Thousands of workers are harmed each year from chemical exposure. This course helps employees explain the purpose and of the Hazard Communication Standard, identify chemical hazards, and read and understand SDS’s, chemical labels and symbols. -
In this course you will learn how to identify how noise impacts hearing and the factors that determine the extent of hearing loss, identify noise exposure levels that require hearing protection according to Part VII of Canadian Regulations, identify how the types of hearing protectors are selected for a job, and their advantages and disadvantages for controlling noise exposure, identify correct use, care, and maintenance practices for hearing protectors and identify the requirements of a Hearing Conservation Program. -
In this course you’ll learn about the chemistry of Hydrogen Sulfide and how it is formed, the properties and characteristics of the gas, where Hydrogen Sulfide is likely to be located in your workplace, the potential health hazards of short term and long term H2S exposure, how to work safely with Hydrogen Sulfide and emergency response steps to take should you or a co-worker be exposed to this gas. -
This lesson describes the importance of safety in the workplace and the employee’s role in maintaining a safe workplace. According to the National Federation of Independent Businesses defines ideal safety accountability as ideal accountability along with companies that strive for optimal safety performance display the highest level of organizational safety accountability. -
The Occupational Safety and Health Administration (OSHA) has issued a final rule to curb lung cancer, silicosis, chronic obstructive pulmonary disease and kidney disease in America's workers by limiting their exposure to respirable crystalline silica. The rule is comprised of two standards, one for Construction and one for General Industry and Maritime. This lesson is designed to improve the safety of workers in environments where silica exposure hazards exist by increasing employee awareness of this hazard and by demonstrating how the hazard can be recognized and addressed in the workplace. -
The purpose of the NFPA standard 70E is to provide a standard for safety-related work practices for the construction, maintenance, operation and demolition of electrical systems in the workplace. This Overview covers awareness-level information for workers who have jobs or assignments that bring them into contact with electrical hazards, such as arc flash and electric shock. Completing this lesson does not designate an employee as an electrically-qualified worker. -
To protect you from the serious hazards posed by the unexpected start-up or operation of equipment during repair or maintenance, the Occupational Safety & Health Administration (OSHA) has established a Control of Hazardous Energy standard. It is commonly referred to as the lockout/tagout (LOTO), or energy isolation standard. This standard requires the application of markings and barriers that prevent unauthorized persons from energizing and operating equipment.Energy in any form becomes hazardous when it builds to a certain level or is released inadvertently or unexpectedly. Lockout/tagout refers to specific practices and procedures that safeguard employees from the unexpected startup of machinery and equipment, or the release of hazardous energy, during service or maintenance activities. -
The purpose of the NFPA standard 70E is to provide a standard for safety-related work practices for the construction, maintenance, operation and demolition of electrical systems in the workplace. This Overview covers awareness-level information for workers who have jobs or assignments that bring them into contact with electrical hazards, such as arc flash and electric shock. Completing this lesson does not designate an employee as an electrically-qualified worker. -
Nuclear criticality accidents have killed, but these accidents don’t happen often because when they do occur, the results have historically proven disastrous; regulations, training, and procedural safeguards have all intensified in the wake of high-profile, fatal events around the world. Accidental criticality is a hazard unique to facilities where fissionable materials are handled or stored, such as nuclear fuel manufacturing and processing facilities. The Nuclear Regulatory Commission characterizes these events as “uncontrolled nuclear fission chain reactions.” So, that’s what we’re talking about, and unexpected, unplanned nuclear episode that poses risk to human health and wellbeing proportionate to the size of event and proximity of those exposed. -
This course covers overhead crane hazards, safety devices, pre-op inspection and testing, and procedures for load rigging and lifting. As well as, safe work practices for unattended equipment, working around others, and disconnecting power to equipment. -
It is important to understand how personal fall arrest systems work and what behaviors are required to use them safely. It is of course good practice to visually inspect these systems and physically test them prior to use. -
Fire extinguishers are one of the most reliable ways to put out fires in the workplace. Fire extinguishers are not a requirement, but if employers choose to provide them they must train workers in general fire extinguisher use to comply with OSHA standards. OSHA states that if employers expect workers to use the fire extinguishers themselves, hands-on training must be provided.
