General Awareness defines the basic hazards associated with caught-in or caught-between conditions found on typical jobsites.

Additional topics include unguarded machinery, buried in or by, and pinned between hazards and their control methods. Learners will identify, prevent, and become more mindful of circumstances that could lead to possible injuries on the jobsite.

An interactive simulation is included to guide the learner through a virtual construction jobsite where they can observe workers completing dangerous tasks and identify various caught-in and caught-between hazards.

Confined Space and Permit Required Confined Space (PRCS) training explains the definitions, roles & responsibilities, and evaluation methods to ensure safe work practices on the jobsite.

Additional topics include understanding the conditions associated with hazardous atmospheres, different types of space configurations, and how to respond when hazards are detected during entry into a PRCS.

An interactive simulation is included where the learner is tasked with filling the role of the entrant preparing to enter a PRCS. The entrant must perform pre-entry checks, review the entry permit, assess whether or not it is safe to enter, evaluate, and respond to hazards.

Permit Required Confined Space (PRCS) The Permit explains the general requirements and meaning of the 15 sections of the entry permit.

Additional topics include proper signage and posting requirements, understanding designated roles and responsibilities, acceptable entry conditions, and when to cancel an entry permit.

An interactive simulation is included where the learner plays the role of the supervisor. The supervisor’s objective is to review the entry permit, communicate with the entry team, identify hazards and hazard controls, and assess whether or not it is safe to enter the space.

Permit Required Confined Space (PRCS) The Types and Rescue Requirements describe the roles and duties of the authorized entrant, attendant, and supervisor.

Additional topics include the two types of confined spaces, the use of appropriate PPE and retrieval devices based on the hazards of the space, and different entry rescue service options.

An interactive simulation is included where the learner plays the role of the attendant. The attendant’s objective is to perform pre-entry checks, review the entry permit, communicate with the entrant, assess whether or not it is safe for the entrant to enter the space, evaluate and respond to hazards, approve or suspend the entry permit, and perform rescue from outside the PRCS.

Emergency Action Plan (EAP) Medical and First Aid explains the different types of emergency situations and hazards that are reasonably expected on the jobsite.

Additional topics include the expectations, requirements, and procedures that make up the documented EAP to ensure the safety of employees if a potential emergency occurs.

An interactive simulation prepares learners on how to respond to various common emergencies found on the jobsite by applying their knowledge of common EAP procedures.

Earthmoving Equipment explains the different types of equipment, common hazards, associated controls, and required safety features.

Additional topics include the importance of maintaining a preventative maintenance schedule, training on proper usage under various conditions, regular equipment inspections, and runaway vehicle controls.

An interactive simulation guides learners through a construction jobsite where they must identify common hazards related to different types of earthmoving equipment being operated.

Ground Fault Circuit Interrupters (GFCI) and the Assured Equipment Grounding Connector Program (AEGCP) are two options to protect workers from electrical injuries.

Topics introduced include understanding the importance of not working with electricity unless properly trained and instructed to do so by the employer.

An interactive simulation is included to help learners become aware of the many electrical hazards found throughout the jobsite in a virtual construction environment.

AFE is the second of a two-part series about electrical safety. BE SAFE Part 2 helps learners remember the different types of electrical hazards. “A” is for Arc Flash/Arc Blast, “F” is for Fire, and “E” is for Explosion.

This training module defines and explains how to stay safe from an arc flash and arc blast, the causes of electrical fires and how to prevent them, and what steps workers can take to prevent explosion hazards while on the job.

An interactive experience is included where the learner must identify hazards that could cause arc flash, electrical fires, or explosions in a virtual warehouse environment.

BES is the first of a two-part series about electrical safety. BE SAFE Part 1 helps learners remember the different types of electrical hazards. “B” if for Burns, “E” is for Electrocution, and “S” is for Shock.

This training module examines unsafe electrical hazards, how to prevent electrical burns, best work practices to prevent electrocutions, why electricity is so dangerous, and how to develop self-awareness around electricity.

An interactive experience is included where the learner must identify hazards that could cause electrical burns, electrocution, or shock injuries in a virtual warehouse environment.

Electrocution is part of the Fatal 4 training in the construction industry for all workers. This training helps the learner understand and identify potential electrical dangers while on a construction jobsite.

Learners will explore ways to stay safe and aware of electrocution hazards, the difference between shock and electrocution, and safety controls around electricity. Overhead powerline safety, damaged equipment, and cords are also discussed in detail.

An interactive experience is included where learners will explore a construction jobsite and identify various electrical hazards.

Fall Protection Systems awareness training illustrates the different types of systems, under what conditions must a system be put in place, and how to be protected from objects that fall from above.

Additional topics include body belts, working positioning systems, and travel restraint systems. Learners will gain an awareness of their surroundings and understand which personal fall protection system best suits work being performed on a jobsite.

An interactive simulation allows the learner to explore a construction environment in a high-rise building and identify potential hazards and missing fall protection systems.

Personal Fall Arrest System (PFAS) Donning training will help learners understand how to correctly don, tighten the straps, and align the PFAS. They will know how to properly check to verify the PFAS is secure, and learn how to avoid suspension trauma.

Personal Fall Arrest System (PFAS) Inspection training is for all employees that are required to wear and maintain PFAS for work. Learners will understand the different types of PFAS, proper care, inspection, and what to do when there is damage to the PFAS.

An interactive simulation allows the learner to inspect the harness and lanyard. Select the defects that could lead to serious injury in a fall. Sections of the harness can be clicked for a closer view.

Fire Extinguisher: Inspection covers the needed inspections for fire extinguishers in the workplace. Trainees will learn what parts of the fire extinguisher need to be inspected.

An interactive simulation is included for the learner to perform a step-by-step inspection of a standard fire extinguisher and its component parts.

Fire Prevention Awareness explains the different components of the written fire prevention plan, how to identify flammable and combustible chemicals, and potential ignition sources.

An interactive simulation allows the learner to practice a scene assessment, interacting with pictograms, inspecting drum labels, and identifying potential ignition sources.

Fire Protection Awareness explains the fire triangle and its components, different fire extinguishers, their uses, inspection requirements, and the steps to follow when using an extinguisher.

An interactive simulation prepares learners to determine when to evacuate or fight a fire based on its conditions, and how to properly use a fire extinguisher using the P.A.S.S. method.

Ladder Inspection training focuses on the basics of ladder use and the different categories and types of ladders. The importance of inspections prior to use, and what to look for during an inspection are explained in detail. The training includes different types of portable ladders found on the jobsite.

An interactive simulation trains the learner to perform an inspection of an A-Frame ladder and identify potential safety hazards on various ladder components before use.

Ladder Use training focuses on identifying the proper ladder to use for the job, proper setup, and placement for A-Frame and extension ladders.

Additional topics covered include safety around electricity, climbing or descending ladders properly, and key personal safety tips when working on ladders.

An interactive simulation trains the learner to identify potential safety hazards related to ladder use and setup in a virtual warehouse environment.

The Control of Hazardous Energy illustrates the three roles of the Lockout Tagout (LOTO) program, reviews different safety devices, and clearly outlines the correct LOTO and release from LOTO process steps.

An interactive simulation is included to help learners identify different energy sources and which lockout device to apply prior to maintenance.

This module explains the basic knowledge of machine guarding hazards found on construction sites. This includes hand tools, power tools, saws, point-of-operation hazards, in-running nip points, belts, shafts, pulleys, and gears.

Learners will discover how to identify these hazards and how to protect themselves from becoming an injury statistic.

An interactive simulation is included to guide learners through a virtual workshop environment allowing them to inspect various types of machinery searching for missing machine guards.

Hearing Conservation teaches about occupational noise, hearing loss, the importance of a Hearing Conservation Program, and how to properly insert foam earplugs.

Additional topics include the effects of hearing loss and ways to determine what level of hearing protection may be required based on the work environment.

An interactive simulation trains learners how to make decisions based on sound meter readings and assess the impact of noise exposure on the job.

Personal Protective Equipment (PPE) Hazardous Environments illustrates how to evaluate the work environment and associated hazards, as well as how to identify and select the proper PPE to protect against hazardous chemical environments. The training identifies the correct PPE requirements for Protection Levels A, B, C, and D depending on the hazards, environment, and needs.

Additional topics include immediately dangerous to life and health environments, and the associated routes of potential exposure to hazardous materials.

An interactive simulation is included where the learner is tasked with responding to a dangerous chemical incident in an industrial environment.

Personal Protective Equipment (PPE) Respiratory Protection is for all employees that are required to wear and maintain respiratory protective equipment. This training covers the employer requirements to identify the hazards employees are exposed to, and how to protect against airborne hazards on the jobsite.

Additional topics include information about the Respiratory Protection Program, medical fit testing, inspection, and maintenance of various types of respirators commonly found on the jobsite.

Scaffolding Awareness outlines the basic information and hazards associated with scaffolding. It identifies the various different reasons that a fall from scaffolds occurs.

Additional topics cover the role of the competent person, what unsafe structures look like, and how to identify when their own safety is at risk on raised platforms. The learner will explore different control methods for falling objects, electrical systems, and collapse hazards.

Struck By Awareness details the basic information and hazards associated with flying, falling, swinging, and rolling hazards.

Topics include paying attention and being safe around coworkers, tools, equipment, and heavy machinery while on the jobsite.

An interactive simulation is included where the learner will be tasked to locate and identify common struck-by hazards on a virtual construction site.

Welding and Hotwork Part 1 covers the common body hazards and controls related to welding, cutting, and grinding.

Additional topics discussed include identification and controls for gas and fume exposure, electric shock, and the use of proper PPE to protect against eye, face, and body hazards.

An interactive simulation trains workers to identify and correct potentially hazardous welding operations commonly found in the workplace.

Welding and Hotwork Part 2 outlines additional hazards and other employee protection methods related to welding and grinding in the workplace.

Additional topics include gas cylinder safety, hot work fire precautions and prohibited areas, fire suppression equipment, fire watch responsibilities, and hot work permit requirements.