Laboratory Safety eLearning Bundle Course

Laboratory Safety Orientation for Employees

Course Duration - 1 hr 30 min

This is a comprehensive program designed for individuals working in laboratories across diverse sectors. The course recognizes the pivotal role of laboratories in scientific advancements while emphasizing the importance of safety awareness. Participants will delve into various types of hazards present in laboratories, covering general safety principles, the significance of personal protective equipment, and measures to safeguard against chemical, biological, physical, and safety hazards.

Course Objectives:

• Develop a foundational understanding of general laboratory safety principles
• Identify and utilize appropriate personal protective equipment in a laboratory setting
• Recognize the hazards associated with chemical substances and implement safety measures
• Describe the potential risks posed by biological agents and the necessary precautions
• Identify and mitigate physical hazards and safety risks present in laboratory environments

Laboratory Safety Orientation for Supervisors

Course Duration - 1 hr 30 min

This is a crucial program designed for those overseeing laboratory environments, spanning various industries. Acknowledging the thrilling yet potentially hazardous nature of laboratories, the course delves into comprehensive safety measures, covering chemical, biological, physical, radioactive, and musculoskeletal risks. Participants will explore OSHA standards, emphasizing the importance of creating a safe workplace and the responsibility to educate employees on potential hazards. The course covers a range of topics, including the hierarchy of controls, chemical and biological hazards, physical hazards, and safety procedures.

Course Objectives:

• Describe the Hierarchy of Controls as a framework for managing laboratory hazards
• Identify and manage chemical hazards, recognizing the potential risks associated with various substances
• Evaluate and implement safety measures to mitigate biological hazards in laboratory settings
• Recognize and address physical hazards to ensure a secure working environment
• Demonstrate awareness of safety hazards and contribute to the development of effective safety policies

Ammonia Awareness: Orientation

Course Duration - 40 min

This safety training course provides comprehensive knowledge about ammonia, a versatile compound widely used in industries such as refrigeration, agriculture, manufacturing, and water treatment. This course focuses on understanding ammonia's applications, potential hazards, and safety measures to protect workers and the environment. Participants will learn about ammonia regulations, storage and handling, incident management, personal protective equipment, health effects, and first aid, equipping them with the essential skills to ensure a safe working environment.

Course Objectives:

• Define what ammonia is and recognize its diverse applications in various industries
• Describe the regulations and compliance requirements related to ammonia usage
• Demonstrate proficiency in safe ammonia storage and handling procedures
• Identify and effectively respond to ammonia incidents in the workplace
• Select and use appropriate personal protective equipment and understand the health effects of ammonia exposure, including knowledge of first aid measures

Laboratory Series: Autoclaves and Sterilizers

Course Duration - 22 min

During any laboratory testing, sanitation is a critical component to ensuring the accuracy of the results you are wanting to achieve. All the equipment used must be properly sterilized and cleaned prior to any new applications. This is achieved through a piece of equipment called an autoclave. It combines pressure and steam to reach the temperatures necessary to kill and remove any biological agents that may still be on the equipment. Autoclaves are a common sight in most laboratories, but still have associated hazards and warnings. The awareness of how to properly set up, manage and maintain an autoclave is critical to working safely.

Course Objectives:

• Explain autoclave operation
• Identify risks and exposure

Bloodborne Pathogens - Orientation

Course Duration - 25 min

This is a critical program designed to educate workers, including first responders, housekeeping personnel, and healthcare professionals, about the constant workplace danger posed by bloodborne pathogens. These pathogens, which can lead to life-threatening diseases, present a significant risk that requires vigilant prevention and response measures. The course addresses the nature of bloodborne pathogens, emphasizes exposure prevention strategies, provides guidance on responding to exposures, and covers essential practices for needle stick prevention and sharps disposal.

Course Objectives:

• Develop a comprehensive understanding of bloodborne pathogens, including their nature, transmission methods, and potential risks to workers
• Acquire knowledge and skills in exposure prevention, encompassing effective measures to minimize the risk of exposure to bloodborne pathogens in various workplace scenarios
• Identify the appropriate response protocols in the event of exposure to bloodborne pathogens, including immediate actions and reporting procedures
• Demonstrate proficiency in needle stick prevention techniques, emphasizing safe practices and proper handling of sharps to mitigate the risk of accidental exposures
• Foster a culture of safety by implementing best practices for sharps disposal, ensuring the proper handling and disposal of materials that may carry bloodborne pathogens

Chemical Fume Hoods for Laboratories

Course Duration - 20 min

This is a vital program dedicated to ensuring the safe use of chemical fume hoods in laboratory settings. Laboratories often involve experiments with various chemicals, potentially leading to hazardous gas emissions. The course addresses the importance of chemical fume hoods in protecting both individuals and the surrounding environment from harmful off-gassing and potential mixtures. Participants will gain insights into proper fume hood operation, risks associated with their use, and incident prevention measures.

Course Objectives:

• Develop a thorough understanding of chemical fume hood operation, including the principles and mechanisms that ensure effective protection
• Identify and assess the risks and exposures associated with chemical fume hoods, recognizing potential hazards and the importance of user awareness
• Acquire knowledge and skills in incident prevention, encompassing best practices and emergency response protocols for safe fume hood operation
• Demonstrate proficiency in the proper utilization of chemical fume hoods, ensuring optimal protection and minimizing the risk of exposure during laboratory experiments
• Foster a culture of safety by implementing strategies for continuous improvement in chemical fume hood usage, including regular maintenance and awareness campaigns

Compressed Gas Cylinders for Laboratories

Course Duration - 30 min

This is a comprehensive program designed to ensure the safe handling, usage, and storage of compressed gas cylinders in laboratory environments. Laboratories often require various gases, from heating to cryogenics, stored in compact compressed gas cylinders. This course addresses the economical and effective storage of gases while emphasizing the need for careful handling, movement, and storage to maintain a secure working environment. Participants will gain essential knowledge on labeling and identification, inspection and maintenance, transportation, and the development of a safety plan for handling compressed gas cylinders.

Course Objectives:

• Develop a comprehensive understanding of compressed gas handling, usage, and storage, including the potential risks and safety measures associated with different types of gases
• Acquire knowledge and skills in labeling and identification of compressed gas cylinders, ensuring proper recognition and communication of their contents
• Describe the importance of regular inspection and maintenance procedures to ensure the integrity and safety of compressed gas cylinders
• Demonstrate proficiency in the safe transportation of compressed gas cylinders within laboratory settings, minimizing risks during movement
• Develop a safety plan for compressed gas handling, incorporating best practices and emergency response protocols to foster a secure working environment

Ergonomics For Laboratories: Laboratory Ergonomics

Course Duration - 9 min

This course provides a comprehensive exploration of the challenges and solutions associated with working in a laboratory setting. Participants will gain insights into the ergonomic hazards such as prolonged standing, repetitive motions, awkward postures, vibration exposure, and contact with hazardous materials. The course emphasizes proactive measures, including administrative controls, engineering solutions, and the proper use of personal protective equipment, to mitigate these risks. Participants will also delve into the importance of workstation design, lighting modifications, equipment and tool design, proper posture and movement, job rotation, stretching exercises, and regular ergonomic assessments in creating a safer and more comfortable laboratory environment.

Course Objectives:

• Describe the ergonomic hazards prevalent in laboratory work, including prolonged standing, repetitive motions, and exposure to hazardous materials
• Evaluate and implement effective administrative and engineering controls to address ergonomic concerns in the laboratory setting
• Demonstrate knowledge of practical ergonomic strategies, such as workstation design, lighting modifications, equipment and tool design, and the importance of proper posture and movement to enhance workplace safety and well-being

Fire Extinguisher: Orientation

Course Duration - 15 min

This course provides comprehensive training on one of the most critical tools for workplace safety – the fire extinguisher. Participants will gain insights into the historical significance of fire safety tools and the evolution of the portable fire extinguisher. This course equips individuals with the knowledge needed to understand how a fire extinguisher works, the different types available, proper usage techniques, and the importance of hydrostatic testing. By the end of this training, participants will be well-prepared to respond effectively to small fires, contributing to a safer working environment.

Course Objectives:

• Explain the historical importance of fire safety tools in the workplace and the development of the portable fire extinguisher
• Describe the mechanism and functioning of a fire extinguisher, including the key components that enable rapid response to fires
• Identify the different types of fire extinguishers and their specific uses based on the classes of fires
• Demonstrate proper techniques for using a fire extinguisher, emphasizing safety measures and efficient fire control
• Recognize the significance of hydrostatic testing in maintaining the effectiveness and reliability of fire extinguishers

Formaldehyde - Laboratory Series

Course Duration - 20 min

This course addresses the presence of formaldehyde in laboratory settings, emphasizing its varied applications and potential health risks. This training aims to educate participants on the proper application and use of formaldehyde, recognize potential risks and exposures, and implement incident prevention measures. By understanding the importance of workplace safety measures and appropriate responses to exposure incidents, participants will be equipped to safeguard themselves and their colleagues from the health hazards associated with formaldehyde.

Course Objectives:

• Develop a comprehensive understanding of the application and use of formaldehyde in laboratory settings, including its role as a preservative, embalming fluid, and sterilizer
• Identify and evaluate the risks and exposures associated with formaldehyde, considering its presence in various products, household items, and industrial applications
• Implement incident prevention strategies to mitigate the exposure risk of formaldehyde in laboratory tasks, emphasizing proactive safety measures
• Recognize the potential health hazards of formaldehyde exposure, including its classification as a cancer-causing agent, and understand the various forms in which it can be present (solid, gas, liquid)
• Acquire knowledge of proper workplace measures to protect against formaldehyde exposure and understand the appropriate steps to take in case exposure does occur

Glassware Safety in Laboratories - Orientation

Course Duration - 20 min

Glassware safety in the laboratory is essential due to the fragility of items like beakers, flasks, and pipettes, which are crucial for experiments. Accidents involving glassware can lead to hazardous spills and pose risks to individuals working in the laboratory. To ensure safety, proper training on handling, inspection, selection, cleaning, and storage of glassware is vital. Understanding potential hazards, selecting appropriate glassware, using safe handling techniques, and following correct cleaning and storage procedures are key objectives for a comprehensive glassware safety course, crucial for a secure laboratory environment.

Course Objectives:

• Identify potential hazards associated with glassware usage in laboratories
• Demonstrate proficiency in inspecting and selecting appropriate glassware for specific laboratory tasks
• Apply safe handling techniques to minimize the risk of accidents and breakage during experiments
• Utilize correct cleaning procedures to ensure glassware is free from contamination and safe for use
• Implement proper storage practices to maintain the integrity and functionality of laboratory glassware

Hazard Communications for Laboratories

Course Duration - 45 min

In the realm of laboratories, the iconic image of lab coats and experiments often overshadows a critical component—chemicals. Laboratories are dynamic environments where an array of chemicals, substances, and mixtures are not only used in experiments but also stored and transported. Understanding the unique properties and potential hazards of these chemicals is vital for the safety of individuals, coworkers, and the public. The Hazard Communications for Laboratory Safety Training course is designed to equip participants with the knowledge and skills needed to identify, assess, and mitigate chemical hazards in laboratory settings. The course delves into the fundamentals of hazard communication, the globally harmonized system, safety data sheets, chemical hygiene plans, labeling, and protocols for chemical storage and transfer.

Course Objectives:

• Define Hazard Communications and its significance in laboratory safety
• Explain the principles of the Globally Harmonized System (GHS) and its application in laboratories
• Identify the key components of a Chemical Hygiene Plan (CHP) and its role in laboratory safety
• Identify the importance of proper labeling and other forms of warning in ensuring chemical safety
• Evaluate best practices for the storage and transfer of chemicals in laboratory environments

Hydrogen Sulfide - Orientation

Course Duration - 25 min

This training provides essential knowledge and awareness about the invisible yet potentially deadly hazard, hydrogen sulfide (H2S), present in many workplaces. Addressing both the immediate and long-term effects of H2S exposure, the course emphasizes workplace assessment, exposure controls, and emergency action plans. Participants will gain insights into the origins of hydrogen sulfide, methods for easy identification in the workplace, and crucial preventive and responsive measures for potential exposure.

Course Objectives:

• Define hydrogen sulfide and recognize its immediate and long-term effects on human health
• Demonstrate the ability to conduct a thorough workplace assessment to identify potential hydrogen sulfide hazards
• Describe and implement exposure controls to mitigate the risks associated with hydrogen sulfide in the workplace
• Develop the knowledge and skills necessary to formulate and execute an effective emergency action plan in the event of hydrogen sulfide exposure
• Identify the sources of hydrogen sulfide in the workplace and implement preventive measures to ensure a safe work environment

Laboratory Series: Latex Standard

Course Duration - 20 min

This course addresses the prevalent use of latex, a common chemical compound in laboratory settings, primarily found in disposable gloves. While gloves are essential for various tasks, some individuals may have latex allergies, necessitating careful management to prevent adverse reactions. The course focuses on identifying latex use, implementing protective measures, and preventing allergic reactions, emphasizing the importance of personal protective equipment in ensuring workplace safety.

Course Objectives:

• Recognize the prevalence and common uses of latex in laboratory environments
• Implement effective measures to protect against latex exposure and minimize risks
• Identify potential signs and symptoms of latex sensitivity or allergy
• Demonstrate knowledge of alternative materials and methods for those with latex allergies
• Describe appropriate reactions and responses in the event of a latex-related allergic reaction

Personal Protective Equipment - Laboratory Series

Course Duration - 20 min

This course delves into the critical role of personal protective equipment (PPE) as the last line of defense against chemical exposure in laboratory settings. Participants will gain a thorough understanding of various types of PPE, their intended protective functions, and the significance of their proper use. Focusing on Personal Protective Equipment Assessment, Eye and Face Protection, and Respiratory Protection, this training equips individuals with the knowledge and skills necessary to navigate laboratory environments safely.

Course Objectives:

• Assess and identify the appropriate types of PPE required for specific laboratory tasks and potential exposure risks
• Identify the types of eye and face protection equipment, their applications, and the importance of safeguarding against chemical exposure
• Describe the selection and proper use of respiratory protection devices to mitigate the risk of inhaling hazardous substances
• Identify and apply proper techniques for wearing and using PPE effectively in laboratory environments
• Develop the ability to evaluate potential exposure risks in day-to-day laboratory tasks and recognize the importance of preventive measures through PPE

Safety Showers and Eye Washes: Laboratory Series

Course Duration - 15 min

This is designed to enhance the understanding and utilization of emergency response tools in laboratories, where the risk of chemical exposure exists. This course emphasizes the critical role of safety showers and eyewash stations in providing immediate relief during incidents. Participants will gain insights into the functionality of these emergency facilities, types of exposures, and best practices for incident prevention, ensuring a swift and effective response to chemical-related emergencies.

Course Objectives:

• Describe the purpose and operation of safety showers, exploring their role in mitigating the effects of chemical exposure
• Describe the functionality and significance of eyewash stations in providing prompt relief for eye exposure to hazardous substances
• Identify preventive measures and best practices to minimize the risk of chemical exposure incidents in laboratory settings
• Describe the correct usage and immediate response protocols for safety showers and eyewash stations during chemical incidents
• Identify the regulatory requirements and employer responsibilities regarding the installation and maintenance of safety showers and eyewash stations

Ammonia Awareness: What is Ammonia?

Course Duration - 9 min

This comprehensive course delves into the world of ammonia, a colorless gas with a pungent odor, and its wide-ranging applications across industries such as refrigeration, agriculture, chemical manufacturing, and cleaning products. The course focuses on understanding the properties and potential hazards associated with ammonia, emphasizing its predominance in the liquid form within workplace settings. Learners will explore key attributes of ammonia, its health and safety risks, and strategies for mitigating exposure and physical dangers, ensuring safe practices in ammonia-related work environments.

Course Objectives:

• Describe ammonia, including its chemical composition (NH3) and its role in diverse industrial applications
• Identify health risks linked to ammonia exposure, such as respiratory and ocular irritations, and implement appropriate safety measures to safeguard both themselves and others in the workplace
• Recognize and address physical hazards arising from ammonia, which includes its flammability and potential for explosive atmospheres, and they will be well-versed in implementing safety measures to ensure responsible and secure ammonia handling

Ammonia Awareness: Ammonia Regulations

Course Duration - 8 min

This comprehensive course delves into the realm of ammonia regulations and OSHA standards in the United States, focusing on the critical role they play in ensuring workplace safety in environments where ammonia is handled and stored. Learners will explore the significance of compliance with OSHA regulations and standards, understanding that it is not just a legal obligation but also a moral duty to safeguard the well-being of workers. The course covers key OSHA standards, including the Process Safety Management (PSM) standard, Hazard Communication (Hazcom) standard, and general industry standards, equipping participants with the knowledge and tools needed to maintain safety in ammonia-related operations.

Course Objectives:

• Describe OSHA regulations and standards relevant to ammonia handling and storage, recognizing their importance in maintaining workplace safety
• Identify the specific OSHA standards, such as PSM, Hazcom, and general industry standards, and how they apply to ammonia operations
• Describe role of OSHA regulations in protecting workers from ammonia-related hazards, ensuring they are equipped to handle ammonia safely and respond to emergencies appropriately

Ammonia Awareness: Ammonia Storage and Handling

Course Duration - 9 min

This comprehensive course is designed to equip participants with the knowledge and skills required for the safe storage and handling of ammonia. Understanding the critical importance of correct storage practices, proper handling procedures, and the potential risks associated with ammonia is essential for maintaining a safe work environment. The course emphasizes the need for tailored practices in different workplace settings, focusing on safe storage, secure containment, ventilation, and the use of appropriate equipment and personal protective gear to prevent leaks, spills, and exposure incidents.

Course Objectives:

• Identify the principles of safe ammonia storage and handling, including the importance of ventilation, proper storage containers, and chemical compatibility
• Apply safe storage practices and handling procedures in their specific workplace environments, taking into consideration unique challenges and requirements
• Recognize and mitigate the potential risks associated with incorrect ammonia storage and handling, ensuring a safer work environment and minimizing the chances of exposure incidents

Ammonia Awareness: Ammonia Incident Management

Course Duration - 9 min

This course is a comprehensive training program designed to equip participants with the knowledge and skills required to effectively respond to ammonia-related emergencies in the workplace. It covers essential topics such as emergency response procedures, developing response plans, defining personnel roles, and identifying and mitigating immediate hazards associated with ammonia incidents. By providing a thorough understanding of these critical aspects, the course ensures a safe working environment and enhances preparedness for handling potential ammonia leaks, spills, or exposure incidents.

Course Objectives:

• Describe the importance of emergency response procedures in mitigating the risks associated with ammonia incidents
• Develop a comprehensive emergency response plan specific to ammonia-related emergencies, including procedures, communication protocols, and roles and responsibilities
• Identify and implement measures to mitigate immediate hazards during ammonia incidents, including evacuation, containment, and providing medical assistance

Ammonia Awareness: Ammonia PPE

Course Duration - 9 min

This comprehensive course focuses on ammonia personal protective equipment (PPE) and respiratory protection, emphasizing their critical role in ensuring the safety of individuals working with or around ammonia. Participants will gain insights into the types of PPE required for safe ammonia handling, learn how to select, use, and maintain PPE specific to ammonia-related tasks, understand the importance of respiratory protection in mitigating inhalation risks, and recognize the criteria for choosing appropriate respiratory devices. The course aims to equip learners with the knowledge and skills needed to safeguard against ammonia exposure and create a safer working environment.

Course Objectives:

• Identify the various types of PPE required for ammonia handling, including chemical resistant gloves, goggles, face shields, and protective clothing, and will be able to select, use, and maintain them effectively
• Describe the importance of respiratory protection when working with or around ammonia, understand the criteria for selecting appropriate respiratory devices, and be able to perform fit testing to ensure an airtight seal
• Describe the significance of regular training and education on PPE and respiratory protection, and how to provide comprehensive training to employees on the potential hazards of ammonia, the importance of using the appropriate PPE, and safety protocols adherence

Ammonia Awareness: Health Effects and First Aid

Course Duration - 9 min

This comprehensive course focuses on health effects and first aid measures in the context of ammonia exposure. Participants will gain insights into the potential health effects of ammonia exposure, recognizing symptoms at various exposure levels, and administering appropriate first aid. Additionally, the course provides guidance on basic first aid techniques and assisting in emergency response situations until professional medical help arrives, ensuring the safety and well-being of individuals working with or around ammonia.

Course Objectives:

• Recognize symptoms associated with different levels of ammonia exposure, from mild eye and respiratory irritation to severe respiratory distress and skin chemical burns
• Identify the appropriate first aid measures to be taken following ammonia exposure, including steps such as removing the affected individual from the source of ammonia, providing respiratory support, and administering eye and skin care
• Describe the importance of basic first aid in an emergency response context, including the principles of monitoring vital signs, providing comfort and reassurance, and the potential need for CPR

Autoclaves and Sterilizers Lab: Risks and Exposures

Course Duration - 6 min

With any piece of equipment, incidents can happen. During use with an autoclave, there are several types of possible exposures. However, most incidents occur when opening the autoclave after a cycle has finished.

Course Objectives:

• Recognize and prevent potential exposures and burns caused by high heat and steam during autoclave operation
• Implement safety precautions to avoid fluid scalds and handle materials safely after autoclaving
• Describe the risks of explosions in autoclaves, identify contributing factors, and take steps to minimize the potential for explosion incidents

Autoclaves and Sterilizers Lab: Incident Prevention

Course Duration - 6 min

One of the most essential ways to prevent incidents with an autoclave is by proper operation and maintenance. One employee per shift should be designated to review the log sheets for use and do a more thorough inspection of the equipment on a regular basis.

Course Objectives:

• Recognize the significance of assigning designated employees for equipment inspections and log sheet reviews to maintain autoclave safety
• Implement environmental awareness practices to create a safer workplace, including identifying and mitigating potential tripping hazards
• Identify the importance of using appropriate personal protective equipment, such as insulated hand protection, long sleeves, and safety goggles, to prevent injuries when operating and handling materials from the autoclave

Autoclaves and Sterilizers Lab: Autoclave Operation

Course Duration - 8 min

An autoclave’s primary purpose is to sterilize equipment of any living organisms that may be present. It achieves this through hot, pressured steam. Typically, the items sterilized include glassware, instruments, media, solutions and biohazardous waste.

Course Objectives:

• Perform a thorough inspection of an autoclave, including the door, gasket, and internal components, ensuring its safe and efficient operation
• Safely load items into an autoclave, following guidelines for different materials and preventing potential hazards such as explosion
• Operate an autoclave while adhering to standard procedures, monitor the sterilization process, and take appropriate action in case of a cycle failure

Bloodborne Pathogens: What are Bloodborne Pathogens?

Course Duration - 9 min

This course aim to educate individuals on infectious microorganisms present in human blood that can lead to diseases such as hepatitis B, hepatitis C, and human immunodeficiency virus (HIV). It emphasizes the prevalence of bloodborne pathogens in various occupational settings, extending beyond healthcare to professions like law enforcement, firefighting, and food service. Participants will learn to recognize potential exposure risks, understand the significance of treating all bloodborne pathogens as contaminated, and adopt necessary precautions to protect themselves and others.

Course Objectives:

• Develop a comprehensive understanding of bloodborne pathogens, including their types (hepatitis B, hepatitis C, HIV) and the potential risks of exposure in diverse occupational settings.
• Acquire knowledge of OSHA-defined blood and other potentially infectious materials (OPIM), recognizing that these materials may carry infectious diseases.
• Implement safety measures to minimize the risk of exposure to bloodborne pathogens, including the importance of using initial barriers to prevent the spread of infectious materials.

Bloodborne Pathogens: Needlestick Prevention and Sharps Disposal

Course Duration - 9 min

This course focuses on mitigating the risks associated with needlestick and sharps injuries, particularly during disposal. Addressing a wide range of occupations from healthcare professionals to law enforcement, sanitation workers, tattoo artists, and more, the course emphasizes safe practices to prevent injuries related to needle handling. Participants will learn proper disposal techniques, the importance of using FDA-cleared sharps containers, and the one-hand scoop method for unavoidable recapping situations. The course also covers the necessity of portable sharps disposal containers, labeling protocols, and community-specific guidelines for safe disposal.

Course Objectives:

• Describe the significant risks associated with needlestick and sharps injuries, recognizing that these incidents can occur in various occupations beyond healthcare.
• Acquire knowledge of proper disposal techniques, emphasizing the use of FDA-cleared sharps containers, the one-hand scoop method for unavoidable recapping, and the importance of carrying portable sharps disposal containers.
• Develop awareness of labeling requirements, community-specific guidelines for disposal, and the necessity of reporting any issues or questions associated with sharps and disposal containers to a supervisor.

Bloodborne Pathogens: Exposure Prevention

Course Duration - 10 min

This course focuses on raising awareness of the risks associated with bloodborne pathogens in various workplaces, dispelling the misconception that these risks are exclusive to healthcare settings. Participants will learn that exposure to bloodborne pathogens can occur in any work environment and be caused by incidents as commonplace as accidents requiring first aid or cleaning tasks. The course emphasizes the importance of staying vigilant, recognizing potential sources of infection, and implementing preventive measures, such as the correct use of personal protective equipment (PPE), to create a safer workplace.

Course Objectives:

• Develop an understanding of the pervasive nature of bloodborne pathogen risks, recognizing that exposure can happen in any workplace and is not exclusive to the healthcare industry.
• Gain knowledge about the importance of awareness in preventing bloodborne pathogen exposure, including staying alert to potential sources of infection and recognizing the need for preventive measures.
• Describe the correct usage of personal protective equipment (PPE) as a crucial step in preventing bloodborne pathogen infections, understanding the appropriate selection based on the task and expected exposure.

Bloodborne Pathogens: Exposure Response

Course Duration - 9 min

The Bloodborne Pathogen Incident Response and Safety course is designed to equip individuals with the knowledge and skills to respond effectively in situations involving unintentional exposure to bloodborne pathogens. Participants will learn the critical steps to take immediately following an exposure incident, emphasizing the importance of informing others, securing the area, and utilizing personal protective equipment (PPE). The course further educates individuals on proper containment procedures, self-care after exposure, and emphasizes the need for professional cleanup and disposal to mitigate ongoing risks.

Course Objectives:

• Identify the immediate actions required in the event of an unintentional exposure incident involving bloodborne pathogens, including informing others, securing the area, and utilizing proper personal protective equipment (PPE).
• Gain knowledge of containment measures for ongoing incidents, such as actively bleeding injuries or spreading spills of potentially infectious material, and comprehend the importance of qualified personnel in these situations.
• Describe the necessary steps for self-care after exposure, including immediate flooding with water, wound cleaning, reporting incidents to supervisors, and seeking prompt medical attention.

Chemical Fume Hoods Lab: Fume Hood Operation

Course Duration - 7 min

Inhalation is a major route of entry for chemicals into the human body. Chemical fumes and vapors can enter the bloodstream, and small particles can lodge quickly into our lungs. The primary purpose of a chemical fume hood is to reduce the exposure to those hazardous fumes, vapors, gases, and dusts.

Course Objectives:

• Describe the primary purpose of chemical fume hoods in laboratories, including their role in reducing exposure to hazardous fumes, vapors, and particles
• Identify how to properly test and assess the airflow velocity of a chemical fume hood to ensure its effectiveness in creating a safe work environment
• Acquire knowledge of best practices for cleaning, decontaminating, and maintaining chemical fume hoods to prevent cross-contamination and ensure their optimal performance

Chemical Fume Hoods Lab: Risks and Exposures

Course Duration - 7 min

There are many risks associated with the operation of a Fume Hood and various forms of exposure you can encounter. In order to help avoid such things, there are preventative measures in place.

Course Objectives:

• Identify the fundamental principles of chemical fume hoods, including their design, function, and the significance of proper airflow
• Identify safety measures and precautions when working with fume hoods, such as the correct usage of personal protective equipment and the importance of maintaining a clear workspace
• Describe potential hazards associated with fume hood use, including the risks of exposure, the necessity for proper cleaning procedures, and the importance of preventing blockages

Chemical Fume Hoods Lab: Incident Prevention

Course Duration - 7 min

Similar to other equipment, always inspect the chemical fume hood before operation. This will help in ensuring in lowering the amount of safety hazards you can encounter. If available, you should always test your chemical fume hood’s alarm, check any connected electrical devices, and more.

Course Objectives:

• Describe the functionality of chemical fume hoods, including airflow dynamics, sash operation, and the role they play in reducing exposure to hazardous materials
• Identify the proper safety precautions, emergency response planning, and the proper use of personal protective equipment, ensuring a secure working environment in the presence of potentially harmful substances
• Describe how to conduct thorough inspections of chemical fume hoods, checking for wear, cracks, and proper ventilation
• Explain the importance of regular maintenance to prevent equipment failure

Compressed Gas Cylinders for Laboratories: What is Compressed Gas?

Course Duration - 7 min

This course provides participants with a comprehensive understanding of the properties, types, and safe handling practices associated with compressed gases. Learners will explore the characteristics of gases, including their compressibility, expansion, and potential hazards. The course covers various methods of gas compression and storage, such as standard compression, liquid compression, dissolving compression, and cryogenic compression. By fostering knowledge of the potential risks and proper handling techniques, participants will be better equipped to ensure the safe use and storage of compressed gas cylinders in the workplace.

Course Objectives:

• Identify compressed gas properties, including compressibility, expansion, and their potential to occupy large spaces
• Distinguish between standard, liquid, dissolving, and cryogenic compression methods, understanding their applications and limitations
• Develop the ability to assess potential hazards associated with compressed gases, implement proper storage and usage techniques, and communicate effectively with supervisors regarding facility-specific guidelines

Compressed Gas Cylinders for Laboratories: Handling, Usage, and Storage

Course Duration - 8 min

This course offers comprehensive insights into the safe handling, storage, and usage of compressed gas cylinders. Participants will gain an understanding of the characteristics of compressed gases and the various types of cylinders used for storing gases, including their materials and valve systems. The course emphasizes the importance of proper handling procedures, personal protective equipment (PPE), secure storage practices, and the identification of potential hazards associated with compressed gas cylinders.

Course Objectives:

• Recognize the features of compressed gas cylinders, including their construction, materials, valve mechanisms, and the high-pressure conditions under which gases are stored
• Identify safe handling and storage techniques, including connecting and disconnecting hoses, regulators, and equipment from compressed gas cylinders, while adhering to established safety procedures
• Ability to inspect compressed gas cylinders for damage, corrosion, and leaks and identify potential sources of heat, ignition, and flammable materials, ensuring the safe storage and usage of cylinders

Compressed Gas Cylinders For Laboratories: Labeling and Identification

Course Duration - 6 min

This course covers essential guidelines for the safe handling, storage, and identification of compressed gas cylinders in the workplace. It emphasizes proper labeling, identification, and maintenance practices to ensure the safety of personnel and the surrounding environment.

Course Objectives:

• Describe the importance of proper labeling and identification of compressed gas cylinders in accordance with OSHA guidelines
• Recognize the key components of a cylinder label, including gas name, hazard warning, and unique identifier, to ensure effective communication of potential risks
• Identify the significance of manufacturer serial numbers and date of manufacture markings on cylinders for tracking and identification purposes

Compressed Gas Cylinders For Laboratories: Inspection and Maintenance

Course Duration - 7 min

This course focuses on the safe handling, labeling, identification, inspection, and maintenance of compressed gas cylinders in diverse workplace settings. Participants will gain a deep understanding of compressed gas properties, proper labeling in compliance with OSHA guidelines, and the significance of regular inspections and maintenance to ensure cylinder safety. By completing this course, participants will be equipped with essential knowledge and skills to handle compressed gas cylinders effectively and protect workplace safety.

Course Objectives:

• Recognize the unique characteristics of compressed gases and their potential workplace hazards
• Describe how to correctly label and identify compressed gas cylinders according to OSHA standards for safety and regulatory compliance
• Conduct thorough inspections, identify defects, and take appropriate actions for out-of-service cylinders to ensure a safe working environment

Compressed Gas Cylinders For Laboratories: Transportation

Course Duration - 8 min

This course provides comprehensive training on the safe handling, storage, inspection, and transportation of compressed gas cylinders in the workplace. Participants will learn about the properties of compressed gases, proper labeling and identification, inspection and maintenance procedures, and essential transportation techniques. By understanding and following these guidelines, participants will contribute to a safer work environment and reduce the risk of accidents and injuries associated with compressed gas cylinders.

Course Objectives:

• Identify the characteristics of compressed gases and their potential hazards in the workplace
• Demonstrate proper procedures for labeling, identifying, inspecting, and maintaining compressed gas cylinders
• Apply appropriate techniques for the safe transportation of compressed gas cylinders, including equipment selection and securing methods

Compressed Gas Cylinders For Laboratories: Safety Plan

Course Duration - 9 min

This comprehensive course provides essential knowledge and practical guidance to ensure the safe use, storage, and transportation of these cylinders in the workplace. Participants will learn about the properties of compressed gases, proper labeling and identification, inspection and maintenance procedures, transportation techniques, and emergency response protocols. Through interactive modules, real-world examples, and practical demonstrations, learners will gain the skills needed to prevent accidents, injuries, and hazardous incidents associated with compressed gas cylinders.

Course Objectives:

• Identify the characteristics of compressed gases, including their properties and potential hazards
• Develop and implement a comprehensive safety plan for handling, storing, and transporting compressed gas cylinders
• Demonstrate proficiency in conducting proper inspections, maintenance, and emergency response procedures related to compressed gas cylinders

Ergonomics for Laboratories: What are Ergonomics?

Course Duration - 6 min

This course provides a comprehensive understanding of ergonomic principles within a laboratory setting. Participants will delve into the science of designing work environments, equipment, and tools to enhance worker well-being and performance. The importance of ergonomic design in preventing musculoskeletal injuries, minimizing incident risks, and optimizing productivity will be emphasized. Practical strategies for identifying and addressing ergonomic issues in the laboratory, along with communication techniques for collaborating with supervisors to implement effective solutions, will be explored.

Course Objectives:

• Define the concept of ergonomics and its relevance in laboratory settings
• Identify potential ergonomic hazards in the laboratory that may lead to musculoskeletal injuries or other health issues
• Demonstrate effective communication skills to collaborate with supervisors in implementing ergonomic solutions within the workplace

Ergonomics For Laboratories: Laboratory Ergonomics

Course Duration - 9 min

This course provides a comprehensive exploration of the challenges and solutions associated with working in a laboratory setting. Participants will gain insights into the ergonomic hazards such as prolonged standing, repetitive motions, awkward postures, vibration exposure, and contact with hazardous materials. The course emphasizes proactive measures, including administrative controls, engineering solutions, and the proper use of personal protective equipment, to mitigate these risks. Participants will also delve into the importance of workstation design, lighting modifications, equipment and tool design, proper posture and movement, job rotation, stretching exercises, and regular ergonomic assessments in creating a safer and more comfortable laboratory environment.

Course Objectives:

• Describe the ergonomic hazards prevalent in laboratory work, including prolonged standing, repetitive motions, and exposure to hazardous materials
• Evaluate and implement effective administrative and engineering controls to address ergonomic concerns in the laboratory setting
• Demonstrate knowledge of practical ergonomic strategies, such as workstation design, lighting modifications, equipment and tool design, and the importance of proper posture and movement, to enhance workplace safety and well-being

Ergonomics for Laboratories: Ergonomic Safety Measures

Course Duration - 6 min

This course emphasizes the paramount importance of safety measures in ensuring the well-being of laboratory workers. Participants will explore ergonomic safety concerns, including chemical hazards, biological hazards, radiation hazards, bright lighting, and hearing hazards. The course delves into the proper use of personal protective equipment, biosafety protocols, shielding techniques, and hearing protection to mitigate risks associated with these hazards. With a focus on early diagnosis and prevention, participants will gain the knowledge and skills needed to create a safer and healthier laboratory environment.

Course Objectives:

• Recognize and assess various ergonomic safety concerns prevalent in laboratory settings, such as chemical, biological, radiation, lighting, and hearing hazards
• Apply proper personal protective equipment, biosafety protocols, and shielding techniques to mitigate risks associated with chemical, biological, and radiation hazards in the laboratory
• Describe the significance of early diagnosis and prevention in addressing ergonomic safety concerns to safeguard the health and well-being of laboratory workers

Fire Extinguisher: How a Fire Extinguisher Works

Course Duration - 7 min

This course provides a comprehensive understanding of the science behind fires and the essential components of a fire extinguisher. Participants will delve into the chemical reactions that sustain fires and the role oxygen, heat, fuel, and the chemical reaction play in combustion. The course further explores the classifications of portable fire extinguishers, detailing their ability to extinguish specific types of fires. Participants will also gain practical knowledge of the major components of a fire extinguisher, including the safety pin, nozzle, handle, pressure gauge, and high-pressure gas canister.

Course Objectives:

• Describe the fundamental principles of fire, including the four essential elements required for combustion and how fire extinguishers disrupt the chemical reaction to suppress fires.
• Identify the classifications of portable fire extinguishers and comprehend the significance of the classification system in relation to the types of fires they can effectively extinguish.
• Familiarize oneself with the major components of a fire extinguisher, including the safety pin, nozzle, handle, pressure gauge, and high-pressure gas canister, to enhance the ability to operate and maintain these devices safely.

Fire Extinguisher: Types of Extinguishers

Course Duration - 7 min

This course is dedicated to enhancing workplace fire safety awareness by addressing the diverse types of fires that can occur. Participants will gain insights into the distinct chemical reactions and combustion characteristics of fires caused by various materials, such as ordinary combustibles, flammable liquids, energized electrical equipment, combustible metals, and cooking fluids. The training emphasizes the importance of understanding different classes of fire extinguishers, their appropriate usage based on fire types, and the critical role of recognizing pictograms for effective response.

Course Objectives:

• Develop a comprehensive understanding of the different types of workplace fires, their chemical reactions, and the corresponding classes of fire extinguishers.
• Recognize the spatial requirements for accessing specific fire extinguisher classes based on the nature of workplace hazards, ensuring optimal readiness in case of a fire emergency.
• Acquire the ability to interpret pictograms on fire extinguishers to determine their suitability for extinguishing specific types of fires, fostering a proactive approach to fire safety.

Fire Extinguisher: How to Use an Extinguisher

Course Duration - 7 min

This course guides participants through essential steps to take in the event of a fire emergency. Emphasizing the PASS technique—Pull, Aim, Squeeze, Sweep—it covers the correct usage of portable fire extinguishers, identification of a safe evacuation path, and coordination with fire alarm activation and emergency services. Participants will gain practical knowledge on when and how to use fire extinguishers effectively, enhancing workplace safety.

Course Objectives:

• Identify the crucial steps to take in the event of a fire emergency, including identifying a safe evacuation path, sounding the fire alarm, and notifying the fire department.
• Describe the PASS technique for using portable fire extinguishers, covering the correct procedures for pulling the safety pin, aiming, squeezing the handle, and sweeping to extinguish a fire.
• Develop awareness of the importance of immediate evacuation if the fire does not go out, and grasp the significance of coordination with emergency services for a comprehensive response.

Fire Extinguisher: Hydrostatic Testing

Course Duration - 6 min

This course focuses on the regular monitoring, maintenance, and testing procedures associated with fire extinguishers. Participants will learn the essential monthly checks for safety pins, external damage, and overall integrity. The course also covers the significance of hydrostatic testing to ensure the structural reliability of extinguishers and emphasizes the importance of immediate action in case of external damage or issues identified during inspections.

Course Objectives:

• Acquire the skills to conduct monthly inspections of fire extinguishers, covering the verification of safety pin presence, absence of external damage, and overall condition checks.
• Gain insight into the process of hydrostatic testing and its importance in verifying the structural integrity of fire extinguishers, with a focus on different testing intervals for various extinguisher types.
• Develop awareness of the immediate actions required if external damage or significant issues are detected during inspections, including the importance of lockout and tag-out procedures for supervisor review.

Formaldehyde Laboratory Series: Application & Use

Course Duration - 7 min

Formaldehyde is a colorless, strong smelling gas usually found in water based solutions. It’s typically used as a reagent in laboratories and is a mixture of formaldehyde, water, and alcohol. There is a high likelihood you will be using Formaldehyde solutions on a regular basis. Depending on the type of lab you are working in, they can be used for fixing human tissue and organs after autopsy or biopsy, and as a preservative and disinfectant in embalming fluids, gels and surface packs. They are also used for flushing and cleaning kidney dialysis machines. Analytical laboratories use formaldehyde as a reagent as they test other substances.

Course Objectives:

• Explain the various applications of formaldehyde in laboratories, recognizing its versatile roles as a reagent, preservative, and disinfectant
• Demonstrate proficiency in safe handling, storage, and disposal of formaldehyde, emphasizing adherence to safety protocols and minimizing health and environmental risks
• Educate laboratory personnel on the appropriate use of formaldehyde, fostering a culture of safety and responsible chemical management within laboratory environments

Formaldehyde Laboratory Series: Risks & Exposures

Course Duration - 7 min

Formaldehyde can be toxic through inhalation, skin contact and by swallowing. The most common application as a gas leads to airborne concentration concerns in closed environments. Any action level, or when exposure is over 0.5 parts per million over an eight hour period, is when your environment should have increased industrial hygiene monitoring and the initiation of worker medical surveillance.

Course Objectives:

• Describe the potential risks associated with formaldehyde exposure in laboratory environments, recognizing the need for vigilance and safety measures to mitigate these risks effectively
• Implement industrial hygiene monitoring to assess formaldehyde concentrations and exposure levels, ensuring a safe and controlled work environment for laboratory personnel
• Initiate and conduct worker medical surveillance following formaldehyde exposure, emphasizing proactive health management and promoting a culture of safety and well-being in laboratory settings

Formaldehyde Laboratory Series: Incident Prevention

Course Duration - 7 min

The first step in any preventative measures is to identify those environments and workers who may be at risk. If any workers who suffer significant adverse effects may be reassigned to environments where reduced or limited exposure until they are fully recovered.

Course Objectives:

• Define formaldehyde, including its properties, uses, and potential hazards, to identify areas where exposure incidents may occur
• Describe formaldehyde handling techniques, safety protocols, and risk assessments, enabling the prevention of exposure incidents and accidents related to formaldehyde in various work settings
• Implement effective safety measures, emergency response procedures, and incident reporting systems, fostering a culture of incident prevention and ensuring prompt and appropriate action in the event of a formaldehyde-related incident

Glassware Safety in Laboratories: Glassware Inspection and Selection

Course Duration - 7 min

This course delves into the crucial procedures for assessing and choosing appropriate glassware within a laboratory setting. It emphasizes the importance of high-quality glassware in ensuring safety, reliability, and accuracy of experiments. Students will gain an understanding of how to evaluate glassware for potential defects, select glassware based on substance properties and intended applications, and recognize standards set by organizations like ASTM and ISO for optimal glassware selection.

Course Objectives:

• Develop a comprehensive understanding of the critical role of glassware quality and safety in laboratory operations
• Acquire skills to effectively inspect glassware, identifying defects and ensuring its suitability for intended experiments
• Familiarize with recognized standards such as ASTM and ISO to make informed decisions regarding the selection of laboratory glassware

Glassware Safety in Laboratories: Proper Glassware Usage

Course Duration - 9 min

This course focuses on the safe handling and usage of glassware in laboratory environments. It covers essential practices to prevent glassware breakage and injuries, emphasizes proper cleanup procedures in case of accidents, and discusses the importance of personal protective equipment (PPE) when working with glassware.

Course Objectives:

• Identify the principles and techniques for safe handling and usage of glassware in laboratory settings to mitigate the risk of breakage and associated hazards
• Explore effective cleanup procedures and post-response actions in the event of glassware breakage, emphasizing the importance of quick and cautious actions to maintain a safe laboratory environment
• Comprehend the significance of appropriate personal protective equipment (PPE) and its selection based on the specific hazards involved in handling different types of glassware, aiming for enhanced safety and injury prevention

Glassware Safety in Laboratories: Cleaning and Storage

Course Duration - 8 min

The course focuses on essential practices for handling, cleaning, and storing laboratory glassware. It emphasizes the criticality of proper glassware management for maintaining experiment accuracy, ensuring safety, and preventing cross-contamination. Participants will learn techniques to effectively clean glassware, choose appropriate cleaning agents, and store glassware securely to prolong its lifespan and usability.

Course Objectives:

• Recognize the importance of proper glassware handling in a laboratory setting to minimize breakage and potential hazards
• Identify effective cleaning techniques for laboratory glassware, including appropriate cleaning agents and thorough rinsing methods
• Grasp best practices for safe and organized storage of laboratory glassware, considering factors like labeling, positioning, and protective wrapping

Hazard Communications for Laboratories: What is Hazard Communication?

Course Duration - 8 min

This course is designed to provide a comprehensive understanding of hazardous chemicals in various industries, exploring the Hazard Communication Standard (Hazcom) and its alignment with the globally harmonized system (GHS). Participants will delve into the 2012 modifications to Hazcom, focusing on the GHS's role in enhancing safety and health by standardizing the classification and communication of chemical hazards through labels and safety data sheets. The course emphasizes the importance of chemical inventory, labeling, safety data sheets, a written plan, and employee training as fundamental elements for a successful hazard communication program.

Course Objectives:

• Describe the evolution and significance of the Hazard Communication Standard (Hazcom) and its alignment with the globally harmonized system (GHS) in ensuring a common and coherent approach to classifying and communicating chemical hazards
• Identify the key responsibilities of manufacturers, importers, and employers in complying with Hazcom regulations, including the development of safety data sheets, chemical labels, and the implementation of a hazard communication program
• Demonstrate an understanding of the five basic elements of hazard communications, including chemical inventory management, labeling protocols, safety data sheet utilization, the creation of a written plan, and the importance of comprehensive employee training

Hazard Communications for Laboratories: Globally Harmonized System

Course Duration - 8 min

This course focuses on the revised Hazard Communication Standard, aligning it with the Globally Harmonized System (GHS). Emphasizing the need for clear chemical labeling and classification in workplaces, the update aims to simplify and enhance communication about potential hazards. Workers gain not only the right to know but also the right to understand the risks associated with the chemicals they handle. The introduction of Safety Data Sheets (SDS) under the GHS ensures that employees have access to crucial information regarding chemical handling and potential harm.

Course Objectives:

• Identify the significance of aligning the Hazard Communication Standard with the Globally Harmonized System
• Identify the key changes in the revised standard and its impact on chemical labeling and classification
• Demonstrate the ability to interpret and utilize Safety Data Sheets (SDS) to ensure safe chemical handling in the workplace

Hazard Communications for Laboratories: Safety Data Sheets (SDS)

Course Duration - 8 min

This course delves into the critical components of the Globally Harmonized System (GHS), with a primary focus on the Safety Data Sheet (SDS). Formerly known as Material Safety Data Sheets (MSDS), the SDS has undergone simplification under the GHS. The course comprehensively covers the 16 headings of an SDS, elucidating the essential information required for chemical identification, hazard communication, emergency response, and safe handling practices. Pictograms, which visually represent hazards, are also explored as key tools for quick identification of chemical risks.

Course Objectives:

• Demonstrate a thorough understanding of the 16 headings of the Safety Data Sheet (SDS) and their significance in conveying essential information about chemical products
• Identify and interpret pictograms used in chemical labeling, recognizing their role in simplifying and communicating specific hazards associated with chemicals
• Apply knowledge gained from the course to assess and implement safe handling practices based on the information provided in an SDS

Hazard Communications for Laboratories: Chemical Hygiene Plan

Course Duration - 8 min

This course focuses on the OSHA-mandated Chemical Hygiene Plan (CHP), providing a comprehensive understanding of its crucial role in safeguarding laboratory personnel from health and safety hazards associated with exposure to potentially harmful chemicals. Participants will explore the elements of an effective CHP, including proper handling practices, safety procedures, and compliance with established guidelines. The course emphasizes the importance of individual responsibility, the unique features of laboratory settings, and the rights of all personnel working with hazardous chemicals.

Course Objectives:

• Demonstrate a comprehensive understanding of the OSHA-mandated Chemical Hygiene Plan, including its purpose, components, and relevance to laboratory safety
• Identify and implement key responsibilities outlined in the Chemical Hygiene Plan, emphasizing individual roles in maintaining a safe laboratory environment
• Evaluate the rights of laboratory personnel, including the right to information about potential health hazards, proper training, and the process for filing complaints with OSHA

Hazard Communications for Laboratories: Labeling and Other Forms of Warning

Course Duration - 12 min

This course provides a comprehensive exploration of the critical role labels play in communicating hazards associated with chemicals in the workplace. Focusing on the Hazard Communication Standard, the course covers the essential elements of labels, including product identifier, signal word, hazard statements, pictograms, precautionary statements, and the contact information of the responsible party. Participants will gain a deep understanding of how labels serve as immediate warnings, offering a snapshot of hazards and protective measures, facilitating safe chemical handling.

Course Objectives:

• Describe the key components of labels, including the product identifier, signal word, hazard statements, pictograms, and precautionary statements, as mandated by the Hazard Communication Standard
• Recognize the significance of signal words and hazard statements in conveying the severity of chemical hazards, enabling informed decision-making in the workplace
• Demonstrate awareness of the international use of pictograms and precautionary statements, emphasizing their role in communicating hazards across language barriers and their application in both workplace and transport systems

Hazard Communications for Laboratories: Chemical Storage and Transfer

Course Duration - 10 min

This course delves into the critical aspects of safely storing and transferring hazardous chemicals in workplaces, emphasizing the importance of proper procedures to protect both employees and organizational assets. It covers OSHA regulations, record-keeping requirements, and the significance of chemical segregation to minimize risks. Participants will also learn about the specific storage considerations for flammable liquids, safe handling procedures during chemical transfers, and the essential elements of spill response plans.

Course Objectives:

• Identify OSHA regulations regarding the storage and transfer of hazardous chemicals, including record-keeping requirements and the importance of chemical storage in preventing fires, explosions, and toxic gas releases
• Recognize the significance of segregation in chemical storage to minimize the risk of chemical reactions, and comprehend the special considerations and storage requirements for flammable liquids
• Demonstrate knowledge of safe handling procedures during chemical transfers, including the proper use of personal protective equipment, adherence to safe work practices, and awareness of signs and symptoms of chemical exposure

Hydrogen Sulfide Safety: What is Hydrogen Sulfide?

Course Duration - 7 min

This course provides comprehensive insights into the characteristics and dangers of hydrogen sulfide (H2S), a colorless and highly toxic gas commonly found in various industrial settings. Learners will gain an understanding of its sources, risks, and the potential health effects associated with exposure. The course emphasizes safety measures, detection methods, and procedures to mitigate the risks of working in environments prone to hydrogen sulfide.

Course Objectives:

• Identify the natural and industrial sources of hydrogen sulfide, recognizing environments where it may be present
• Describe how to assess the health effects of hydrogen sulfide exposure, including recognizing symptoms at different concentration levels
• Acquire knowledge of safety measures, monitoring techniques, and emergency response procedures to ensure a secure work environment in areas prone to hydrogen sulfide

Hydrogen Sulfide Safety: Workplace Assessment

Course Duration - 7 min

This comprehensive course delves into the pervasive threat of hydrogen sulfide (H2S) across diverse industrial sectors, shedding light on its toxic nature and potential hazards. From petroleum refining to agriculture and confined spaces, the course provides a thorough understanding of H2S exposure risks. Practical guidance on risk assessment, monitoring techniques, and safety protocols equips participants with the knowledge needed to navigate and mitigate dangers associated with hydrogen sulfide in the workplace.

Course Objectives:

• Identify the various industrial environments where hydrogen sulfide is prevalent and comprehend the potential health and safety risks associated with exposure
• Demonstrate an understanding of effective risk assessment methods, including the recognition of confined spaces and potential fire and explosion hazards linked to hydrogen sulfide
• Acquire practical knowledge of air testing and monitoring tools, specifically the use of colorimetric gas detection tubes, to ensure a safe working environment and respond promptly to suspected hydrogen sulfide presence

Hydrogen Sulfide Safety: Exposure Controls

Course Duration - 8 min

This course provides a comprehensive exploration of essential safety measures to mitigate the risks associated with hydrogen sulfide (H2S) exposure in various industrial environments. Participants will learn to conduct thorough workplace assessments, implement control measures such as ventilation systems, and establish emergency procedures. The course also covers the importance of ongoing education for employees, including hazard awareness, detection equipment usage, and confined space protocols. Additionally, it emphasizes the critical role of proper rescue procedures and the training necessary for first responders when dealing with potential H2S exposure.

Course Objectives:

• Develop proficiency in conducting workplace assessments for hydrogen sulfide exposure, including the identification and implementation of control measures to reduce or eliminate risks
• Identify the significance of ongoing employee education, covering topics such as hazard awareness, detection equipment usage, and emergency procedures specific to hydrogen sulfide in changing workplace environments
• Gain knowledge of the proper use of respiratory protection and personal protective equipment, along with the establishment of rescue procedures for individuals with significant hydrogen sulfide exposure

Hydrogen Sulfide Safety: Emergency Action Plan

Course Duration - 6 min

This course emphasizes the critical aspects of emergency preparedness and response when dealing with hydrogen sulfide incidents in the workplace. Participants will learn to identify potential exposure areas, developing and implementing comprehensive emergency action plans. The course covers procedures for immediate coworker notification, the use of respiratory protection, and establishing secure rally points. Special attention is given to securing the scene, ventilating the environment, and applying engineering controls to reduce exposure. Additionally, employees will be trained on evacuation protocols, first aid measures, and communication strategies in the event of hydrogen sulfide exposure.

Course Objectives:

• Develop proficiency in identifying potential hydrogen sulfide exposure areas and formulate emergency action plans, including immediate coworker notification and the use of respiratory protection
• Acquire knowledge of scene securing techniques, ventilation strategies, and engineering controls specific to the workplace, enhancing the ability to mitigate hydrogen sulfide exposure incidents
• Demonstrate the necessary skills for proper evacuation, first aid response, and effective communication during hydrogen sulfide exposure events, ensuring the safety of oneself and coworkers

Latex Standard Lab: Latex Prevention

Course Duration - 6 min

This course delves into proactive measures and strategies for individuals with latex allergies or sensitivities. Participants will learn about the available medications for latex allergies, but the primary focus is on the paramount importance of avoidance. The course guides learners through the implementation of engineering and administrative controls, encouraging collaboration with supervisors to assess and modify workplace environments. It emphasizes practical steps, such as reducing tasks for sensitive employees, employing alternative barriers, and rotating personnel in enclosed spaces. Furthermore, participants will discover alternative glove options like latex-free vinyl or nitrile and understand their right to a safe working environment, with employers responsible for providing suitable solutions.

Course Objectives:

• Describe how to manage latex allergies, with an emphasis on the superiority of avoidance over medication, and the ability to recommend and implement engineering and administrative controls for minimizing latex exposure
• Collaborate with supervisors in evaluating workplace environments, identifying potential sources of latex exposure, and implementing strategic modifications to reduce daily reliance on latex gloves
• Identify alternative glove options such as vinyl and nitrile, recognizing their employer's responsibility to provide latex-free solutions, and developing the ability to advocate for and implement these alternatives in the workplace

Latex Standard Lab: Latex Protection

Course Duration - 6 min

This course on latex safety in the workplace emphasizes the critical importance of protecting oneself and coworkers from potential hazards associated with latex exposure. Participants will learn about the diverse consequences of prolonged latex exposure and the various preventive measures to mitigate risks. The course covers the use of non-latex gloves for tasks unrelated to infectious materials, proper barrier protection when handling such materials, and the significance of opting for powder-free latex gloves. Additionally, participants will gain insights into reducing exposure to plant-based proteins in latex, implementing appropriate work practices, and identifying symptoms of latex allergies.

Course Objectives:

• Grasp the multifaceted risks associated with latex exposure, recognizing that it extends beyond allergy concerns, and develop the ability to assess potential consequences in a workplace setting
• Acquire the skills to implement practical steps for minimizing latex exposure, including the selection of appropriate gloves, using barrier protection, and adopting good hygiene practices to reduce the risk of adverse reactions
• Identify symptoms indicative of latex allergies, such as skin rash, itching, respiratory issues, and more, enabling prompt response and mitigation strategies

Latex Standard Lab: Latex Use

Course Duration - 6 min

This course addresses the importance of understanding and managing latex exposure, particularly for employees in industries where latex is commonly used, such as healthcare and laboratories. Participants will gain insights into the origins of latex, the types of synthetic rubbers often referred to as latex, and the potential risks associated with increased exposure. The course emphasizes the various reactions individuals may experience, ranging from skin irritation to more severe allergic responses, and provides practical measures to mitigate and prevent these reactions.

Course Objectives:

• Identify the sources of latex exposure in the workplace, including the different types of synthetic rubbers commonly referred to as latex, and recognize the heightened risks associated with prolonged exposure
• Describe the range of reactions individuals may experience due to latex exposure, from mild irritations like skin rashes to more severe symptoms like difficulty breathing, and be able to differentiate between irritant reactions and true allergies
• Implement proactive measures to manage and reduce latex exposure in the workplace, including proper glove usage, awareness of latex in airborne forms, and the importance of seeking medical evaluation for any signs of reactions to ensure ongoing workplace safety

Personal Protective Equipment Lab: PPE Assessment

Course Duration - 9 min

This comprehensive course addresses the crucial aspects of personal protective equipment (PPE) and safety measures in laboratory environments. Participants will learn the significance of hazard assessments to determine appropriate PPE, including gloves with considerations for degradation, breakthrough time, and permeation rule. The course delves into specific glove types and their applications, emphasizing the proper disposal and disinfection procedures for various gloves. Additionally, it covers hearing protection requirements, including the threshold for protection, annual audiometric testing, and the types of available hearing protection devices.

Course Objectives:

• Describe the importance of hazard assessments in selecting appropriate PPE for laboratory activities
• Gain knowledge of the criteria for selecting gloves, including degradation rating, breakthrough time, and permeation rule
• Familiarize oneself with proper disposal and disinfection procedures for various types of gloves and comprehend the significance of hearing protection in a laboratory setting

Personal Protective Equipment Lab: Eye and Face Protection

Course Duration - 8 min

This course comprehensively covers eye and face protection protocols in diverse workplace settings, emphasizing adherence to ANSI standard Z87.1. Participants will delve into various types of eye and face protection, including safety glasses, chemical splash goggles, dusk goggles, fluid-resistant shields, face shields, laser eyewear, and welding shields. The course underscores the importance of proper fit testing and adjustment procedures, particularly for tasks involving potential splashes, hazardous liquids, radiation, welding, and laser use. Additionally, it addresses considerations for individuals wearing prescription glasses, emphasizing the need for suitable eye and face protection solutions.

Course Objectives:

• Acquire knowledge about the different types of eye and face protection, their specific applications, and the ANSI standard Z87.1 compliance requirements
• Describe the significance of proper fit testing and adjustment procedures to ensure the effectiveness of eye and face protection in diverse workplace scenarios
• Recognize the specific considerations and options available for individuals wearing prescription glasses in the context of eye and face protection

Personal Protective Equipment Lab: Respiratory Protection

Course Duration - 8 min

This course provides a comprehensive understanding of respiratory protection in workplaces where potential exposure to airborne contaminants exceeds occupational exposure limits. Participants will learn the importance of hazard assessments and air monitoring to identify risks and airborne exposures. The course covers the selection and proper fit testing of different respirator types, including surgical masks, N95 respirators, half mask respirators, full face respirators, and escape-only respirators. It emphasizes the necessity of additional medical evaluations for specific environments and highlights the significance of ongoing training and practice for effective respirator use in emergency situations.

Course Objectives:

• Acquire knowledge of the hazard assessment and air monitoring processes to identify potential airborne contaminant risks in the workplace
• Describe the selection, fit testing, and proper use of various respirator types, including N95 respirators, half mask respirators, full face respirators, and escape-only respirators
• Recognize the importance of ongoing training, practice, and collaboration with supervisors to ensure effective respiratory protection in diverse workplace scenarios

Safety Showers and Eye Washes Lab: Eye Wash Stations

Course Duration - 6 min

Eye wash stations are similar to safety shower requirements, but are primarily focused on the removal and reduction of exposure from a hazard in an employee’s eyes. They should also be present in the workplace around any potential eye hazards and take a maximum of ten seconds for an employee to reach.

Course Objectives:

• Describe the purpose and significance of eyewash stations in promptly reducing and removing hazardous substances from employees' eyes
• Describe the proper activation and use of eyewash stations, including the hands-free ANC-certified design, the 15-minute flushing duration, and the essential role of immediate medical attention after usage
• Develop swift and effective response to eye exposures, ensuring workplace safety and preserving employees' vision through proper eyewash station utilization

Safety Showers and Eye Washes Lab: Incident Prevention

Course Duration - 6 min

This course underscores the crucial role of regular testing and inspection in maintaining the effectiveness of safety showers and eyewash stations. Participants will learn the significance of weekly testing, including pressure checks, to ensure the immediate functionality of these emergency response systems during incidents. The course emphasizes the importance of thorough inspections, cleaning, and documentation, aiming to prevent potential issues and guarantee the reliability of safety equipment. Participants will also grasp the necessity of inspecting surrounding areas to eliminate slip and trip hazards, ensuring safe access to these critical stations.

Course Objectives:

• Identify the preventative measures required for safety showers and eyewash stations, emphasizing the significance of regular testing and inspection
• Acquire practical knowledge in conducting weekly tests, pressure checks, and equipment inspections to maintain the functionality and cleanliness of safety showers and eyewash stations
• Describe how to document inspection results, tag out equipment with issues, and notify supervisors promptly, fostering a proactive approach to emergency response system maintenance

Safety Showers and Eye Washes Lab: Safety Showers

Course Duration - 6 min

Depending on the type of chemical, and the personal protective equipment you may be wearing, the use of a safety shower may be required. A safety shower’s purpose is to quickly wash and disinfect the employee from a chemical exposure. One of the most important aspects is the speed to which an employee can access one. It should never take more than ten seconds for an employee to reach a safety shower and to start it. The location of it must also be on the same level as where the potential chemical exposure is occurring.

Course Objectives:

• Describe the risks associated with hazardous chemical exposure and the crucial role of safety showers in mitigating potential injuries
• Identify the factors influencing the effectiveness of safety showers, including rapid accessibility, appropriate placement, flow rate, and water temperature
• Educate laboratory personnel on safety shower protocols and the necessity of a rapid response, enhancing overall safety preparedness and incident management within laboratory settings

Course Objectives:

Course Objectives:

• Set your priorities to better manage your time
• Improve your productivity by sharpening your focus and multitasking effectively

Detailed Course Outline:

Detailed Course Outline:

Course Objectives:

Course Objectives:

• Recall the essential digital skills framework
• Elaborate on the toolkit of essential digital skills
• Identify how to develop or improve your digital skills

Detailed Course Outline:

Detailed Course Outline:

Course Objectives:

Course Objectives:

• Define creativity
• Think outside the box
• Develop the right mental attitude
• Leverage the power of groups
• Ensure managers make it happen

Detailed Course Outline:

Detailed Course Outline:

Course Objectives:

Course Objectives:

• Understand how to be a great communicator
• Become a stronger listene
• Appear professional to co-workers and bosses of all ages
• Avoid common career blunders that often end careers
• Manage expectations for bosses and colleagues
• Position yourself for promotions
• Make technology your asset, even if you are afraid of technology
• Avoid the Not My Job Syndrome
• Develop EQ to Match Your IQ
• Develop leadership qualities

Detailed Course Outline:

Detailed Course Outline: