Firestop Training

Learners will learn new code requirements of NFPA 1221 as it pertains to fire-rated shaft enclosure. They will also learn the events that lead to major landmark code changes as it pertains to fire-rated shaft enclosures. They will gain an understanding of acceptable methods of shaft contaminant for critical electrical services as well as of fire-rated shaft enclosure for in building fuel oil piping systems. (AIA 1 LU|HSW)

Learners will understand the basics of passive fire protection, why firestopping is used today, where it is required, how it is tested, product options, UL systems selection, and common installations. (BICSI 2 CEC; AIA 2 LU|HSW)

The earner will learn how to apply the specific code requirements related to firestop systems. They will learn how to identify a Tested and Listed Firestop System as well as understand the components of a Firestop Engineering Judgement and why they are required. They will understand the Firestop Inspection Process and Procedures as outlined in ASTM Standards and review the necessary qualifications of a 3rd Party Firestop Inspector as per the code requirements. (BICSI 1 CEC; AIA 1 LU|HSW)

Learners will be able to identify the UL System approach as well as product and system management. They will learn the requirements of compliance and be able to choose firestop systems and products to achieve that compliance. Will be able to understand compartmentation and the role of through penetrations in barriers and identify various firestop products and their properties as well as recognize the requirements and correct use of products and materials for building design. (BICSI 3 CEC; AIA 3 LU|HSW)

Learners will understand the importance of having a standard operating practice for firestopping, or passive fire protection and how to design/enhance one. They will learn what firestopping is and why passive fire protection is a critical component to life safety and code compliance. They will be able to identify key elements to a balanced fire protection program in any barrier management program and recognize areas for consideration when designing sustainability into a healthcare facility. (BICSI 1 CEC; AIA 1 LU|HSW)

Learners will understand the importance of specifying firestop correctly and avoid the most common mistakes made when specifying firestop. They will understand the features and shortcomings of the two most widely-used spec writing tools with respect to firestopping and the resources and solutions available to help make firestop specification faster, easier and with lower liability. (AIA 1 LU|HSW)

Learners will understand that the unique challenges of EJs are critical in helping to avoid costly changes, delays, and compromised life safety requirements liability downstream. They will learn the critical elements needed for obtaining an EJ, understand what firestopping is and what 3rd party tested systems are. They will understand which code provisions allow for the use of EJ's and how various authorities having jurisdiction interpret and handle approval of EJs. (AIA 1 LU|HSW)

Learners will learn the basics of life safety and code-compliant design for firestopping installation. Additionally, the earner will learn the coordination of different trades responsible for firestopping. A UL system approach for firestopping for mechanical, plumbing, sprinkler, electrical and data cabling penetrations is covered, as well as for joint construction and curtain walls and how code requirements can impact design. (BICSI 1 CEC; AIA 1 LU|HSW)

The International Building Code (IBC) is an essential tool intended to preserve public health and safety by providing safeguards from hazards associated with the built environment. The IBC addresses design and installation of firestopping materials that meet or exceed public health and safety goals. The IBC provisions provide many benefits, among which is the model code development process. This course is intended to identify the critical areas and guidelines for firestopping within the IBC that architects, specifiers, construction industry professionals, building officials, fire officials, firestop contractors and other stakeholders must be aware of to ensure that the code requirements for a building’s life safety are met. (AIA 1 LU|HSW)

Learners will understand the role and value of perimeter fire barrier systems in today’s ever changing and complex designs. They will understand code officials and consultants concerns and code requirements for perimeter fire protection as well as how hybrid window walls are tested per ASTM E 2307 and the importance of independent third-party testing for perimeter fire barrier systems. (AIA 1 LU|HSW)

Learners will identify the events leading up to the recognition of the need for in-building coverage and the current national and regional code creation. They will learn the key code requirements for NFPA 1221 & IFC510, and an overview of industry terminology and identify code implementation. Learn the challenges of obtaining requirements from local Authorities Having Jurisdiction and the differences in design/installations of public safety systems in new construction vs. retrofits. (BICSI 1 CEC; AIA 1 LU|HSW)

In this one-hour seminar, the basics of Interior Finish and Joint system design for firestopping installation are covered. Additionally, this course covers joint types, how they are tested and what to look for when choosing the correct UL system for each application. Finally, this course covers movement capabilities, how and why this performance is tested in today's evolving construction. Interior Finish Firestopping is accredited with the American Institute of Architects (AIA) for 1 LU/HSW credit. (AIA 1 LU|HSW)

Learners will gain an understanding of the basics of curtain walls and how they perform in a fire along with the development of the IBC and State building codes in North America regarding the requirements for perimeter fire barrier systems. They will also understand the impact of the ASTM E 2307 test standard on actual test that documents the impact and severity of the new code requirement. (AIA 1 LU|HSW)