The objective of this educational course is to investigate the fundamental concepts of accident dynamics, accident prevention, and accident analysis. The course helps accident investigators, whether project managers or engineers, to develop the framework to get at the relevant facts.
The objective of this educational course is to investigate the fundamental concepts of accident dynamics, accident prevention, and accident analysis. The course teaches how to appropriate causal factors and to understand those factors that can alleviate the recurrence of similar accidents.
The objective of this educational course is to investigate the controlling of hazardous energy by means of OSHA guidelines for “Lockout/Tagout” which refers to specific practices and procedures to safeguard employees from the unexpected energization or startup of machinery and equipment.
The objective of this educational course is to investigate the OSHA guidelines for Process Safety Management (PSM). The course gives a the basics behind PSM, gives details for Process Hazard Analysis (PHA), and goes into various topics such as incident investigation.
This course reviews development and training best practices that should be utilized in the workplace. The course outlines characteristics of sound training programs, best practices for training adults, as well as provides tools to effectively communicate with all audiences.
The objective of this educational course is to outline the importance of workplace safety, especially in regards to fall prevention and/or injury mitigation. Specific safety practices and OSHA guidelines are presented and reviewed. This course is an introductory course.
This course deals with topics related to fall protection in a construction environment. It outlines the OSHA Standards that must be met in order to ensure worker safety on a variety of construction sites. This course is a more detailed review.
This course is intended to help small businesses comply with OSHA’s standard for Cranes and Derricks in Construction. This course is designed to address the most common compliance issues that employers will face and to provide sufficient detail to serve as a useful compliance guide.
This course describes the safety and health hazards when workers manually gauge or sample fluids from production, flowback, or other tanks. Topics investigated are related to manually gauge or collect fluid samples on production, flowback, or other tanks that contain process fluids.
This course highlights key elements of the standards and describes safe work practices that can protect workers from cave-ins and other hazards. The information contains OSHA requirements for excavation and trenching operations.
This course highlights best practices and regulations when working with excavation and trenches. Excavation and trenching are among the most hazardous construction operations. It focuses on worker safety, as well as safety of near by businesses, structures, and utilities.
This course highlights many aspects of safe excavation practices, including how cave-ins occur, how the soil is tested, and several other topics related to worker safety in an excavation environment. This course concentrates on Exacvation safety.
This course describes the various types of clothing that are appropriate for use in various chemical operations, and provides recommendations in their selection and use. Includes heat stress and other key physiological factors that must be considered in connection with protective clothing use.
This course covers the OSHA Technical Manual - Demolition Safety, and is designed to provide insight into proper guidance on preparatory operations, special structures demolition, and safe blasting procedures as outlined by OSHA.
This course provides technical information about indoor and outdoor heat hazards, illnesses, and prevention methods across all industries. The information will help to prepare OSHA compliance officers to conduct inspections and investigations.
This course reviews the safety analysis process consists of three main steps: Hazard analysis (including hazard identification and evaluation); Accident analysis (including accident scenario definition and consequence analysis); and Preventive and mitigative control selection. Vol 1 of 3.
This course reviews the safety analysis process consists of three main steps: Hazard analysis (including hazard identification and evaluation); Accident analysis (including accident scenario definition and consequence analysis); and Preventive and mitigative control selection. Vol 2 of 3.
This course reviews the safety analysis process consists of three main steps: Hazard analysis (including hazard identification and evaluation); Accident analysis (including accident scenario definition and consequence analysis); and Preventive and mitigative control selection. Vol 3 of 3.
This standard provides an understandable process and methodology of the analysis and evaluation sites should consider for alarm managment. The analysis allows sites to identify and improve the intrusion detection and assessment systems (IDS) performance.
This course provides the basic technical requirements for an explosives safety program necessary to ensure safe operations involving explosives, explosives assemblies, pyrotechnics and propellants, and assemblies containing these materials.
This is an analytical standard intended to analyzle the risk posed by an aircraft crash into a facility. The focus is on analyzing the risk posed to the health and safety of the public and onsite workers from a release of hazardous material following an aircraft crash.
General engineering courses including fundamentals of physics, chemistry, fluids, thermodynamics, heat transfer, and more. Also includes engineering symbology & drawings.
Video courses include topics such as Ethics, Safety & Personal Development. Video courses are on-demand, self-paced & can be stopped & restarted at any time.
Ethics, Rules & Laws PDH courses are provided to meet various state's Ethics & Rules course requirements. Includes NCEES rules & Exams on State Engineering Board's Rules.
Accident Investigations, EPA Reports & Failure Analysis PDH courses can be great sources of valuable lessons and cautionary tales for engineers of any discipline.
Chemical Engineering PDH courses include basic engineering fundamentals as well as new technologies like Biomass, LFG & current event issues like EPA studies on Fracing.
Civil Engineering PDH courses include basic fundamentals and also sub-sections such as Building design, Materials, Structural, Geotechnical, & Traffic Engineering.
Electrical Engineering PDH courses include basic fundamentals of electrical science as well as Electrical Safety, Instruments, & Controls.
Environmental Engineering PDH includes tech. to reduce emissions, alternative fuel/energy sources such as Biomass, & EPA studies on subjects such as Fracing.
Mechanical Engineering PDH courses include topics related to basic fundamentals as well as Materials, Structural Design, Safety Design & Mechanical Accident Investigations.
HVAC PDH course concepts include topics such as system design & optimization. Fire Engineering PDH courses include topics such as guidelines & fundamentals of fire protection.
Our safety PDH courses include safety-related topics included OSHA guidelines, reports & publications, as well as accident & safety investigations.
Materials Engineering PDH courses cover the fundamentals of Materials science including topics such as metal properties, welding, concrete, rare earth elements, and more.
Structural Engineering PDH courses include Structural design criteria for buildings & other structures, as well as Material Science topics & structural accident investigations.
Geotechnical Engineering PDH courses include topics such as Seismic design for Soil Liquefaction, Soils & Foundations, Earth Retaining Structures, etc.
Traffic Engineering PDH courses are specialized courses including topics such as Signalized Intersections & Traffic Control Devices.
Naval Engineering PDH course concepts include a broad range of topics including ship hydrostatics, ship stability, seakeeping and maneuvering, propulsion, and much more.
Nuclear Engineering PDH course concepts include a broad range of topics including reactor theory, facility design, radiological safety, and much more.
Project Management PDH course concepts apply to multiple engineering disciplines. PM Topics focus on construction, design, systems engineering, and more.
COPYRIGHT© 2024 ENGINEERING-PDH.COM - ALL RIGHTS RESERVED
TOLL FREE (US & CA) 1-833-ENGR-PDH (1-833-364-7734)
537 CAJUNDOME BLVD SUITE 111, LAFAYETTE, LA 70506