Early Registration will open on Sunday, March 23, 2025, from 5:00 pm - 7:00 pm.

Registration will also be open on Monday, March 24, 2025, from 7:00 am - 8:00 am.

All courses offered at the conference are approved for self-reporting continuing education credits. Please pay close attention to each course description for the type and number of credits available. Be advised that the amount of CEUs awarded vary slightly by provider.

In this class we will explore the compliance paths available for use with projects complying with ASHRAE 90.1-2019 standard, and how to navigate the requirements found in each path. How the standard works to create a thermal envelope that will assist to conserve energy. The provisions for the mechanical systems design and the electrical provisions found in the standard, daylighting, daylighting control, controlled outlets and required energy monitoring. 

This eight (8) hour course will explore rainwater catchment systems; reclaimed, onsite reuse and grey water systems. Relevant portions of the Uniform Plumbing Code (UPC), including Appendices as well as Water Efficiency and Sanitation Standard for the Built Environment (WEStand) will provide the basis for this class.

Comprehensive discussion of the major compartmentalization concepts of the IBC, focusing on those requirements that deal with building size, sprinkler options and mixed-use buildings. Fire-resistance-rated construction is also addressed. This class will include topics on allowable areas, area increases, unlimited area buildings, fire area concept and construction, incidental/accessory use areas and separated/non- separated uses. 

This presentation aims to equip attendees with the knowledge and tools to better understand safety risks in STRs and understand how they can address them in their community. The goal for any community that allows furnished short-term rental accommodations is to ensure it is a safe place for guests to stay

Learning Objectives

• Automatic Dry Chemical Fire Suppression Systems – Do They Make Sense?
• Pyro-Chem Attendant I & Attendant II Pre-Engineered Systems Overview
• Traffic Flow Considerations
• Portable Extinguisher Requirements

Learning Objectives

• Inspection Reporting Policies & Procedures
• Green, Yellow, Red – Tagging Best Practices
• Red Tag Policies
• What To Look For – The Good, the Bad, and the UGLY

Registered Members Only

Learning Objectives

• The evolution of fire suppression technology for commercial kitchen ventilation hoods, past and present
• Current UL300 Standard
• Building fire codes, NFPA standards (96, 17A, and 10), and UL 300 compliance essentials
• Restaurant fire suppression pre-engineered system design requirements

An update to the 2024 of the International Mechanical Code and the International Fuel Gas Code will be provided, along with the basic provisions for appliance installation, combustion air, venting, fuel gas piping, ducting, ventilation and exhaust requirements

Designed primarily for the building department employee who has an interest in learning more about the plan review aspects of working at the front counter. The course is intended to provide essential information that will assist in doing plan review as it relates to such items as patio covers, room additions, decks, garages, hot tubs and other items.

Examines the prescriptive structural provision requirements of the IBC. Addresses major elements including structural design, loads, structural tests and special inspections, soils and foundations, concrete, masonry, steel and wood.

Participants will be able to identify significant changes between past and current editions of the IRC. Discussion of background behind some of the code changes will lead to a better understanding of the intent behind those changes, as well as identifying optimum methods of application.

Awarded .8 ICC CEU’s - 8 Contact Hours

This presentation will provide attendees with an introductory knowledge of the

items to be considered when providing protection for automatic sprinkler systems

from damage as a result of seismic events, including allowable omissions, and basic

information on all six elements for such protection as provided in NFPA 13.

Attendees will be familiar with the definitions of various system components and

locate the basic information on mandatory flexible couplings, seismic separation

assemblies, clearance, sway bracing (lateral, longitudinal, and four-way), restraint of

branch lines, and modifications to hanger requirements in systems requiring seismic

protection.

This presentation will detail the requirements for acceptance testing water-based fire

protection systems. This presentation will specifically detail the tasks required for

sprinkler systems, standpipe systems, fire pumps, and private fire service mains. In

addition to the acceptance tests, closeout documentation and signage will be

discussed.

We’ll explore the latest innovations in ventilation technology, from energy recovery ventilators (ERVs) and heat recovery ventilators (HRVs) to dedicated outdoor air systems (DOAS) and demand-controlled ventilation (DCV), all of which are driving improvements in both energy efficiency and indoor air quality. We’ll also discuss advancements in residential kitchen exhaust strategies, such as high-efficiency range hoods and advanced filtration systems, which are helping to improve air quality while reducing energy consumption. These developments are shaping the future of sustainable building design and addressing the growing demand for healthier, more energy-efficient spaces.

Network with other attendees, visit the vendors for a chance to win prizes. Hour’s d’oeuvres and refreshments will be served at 5:00 pm

Sizing requirements for potable water distribution, as well as drain, waste and vent (DWV) systems will be considered. The basic level, eight (8) hour course will explore relevant portions of the UPC, including Appendices and IAPMO’s Water Demand Calculator. There will be some examples and sizing exercises.  

TBD

This presentation will discuss Position Statement 2020-1 The Engineer and the

Engineering Technician Designing Fire Protection Systems published by SFPE and

endorsed by AFSA and other industry associations. Specifically, this presentation will

examine the roles of engineers and the engineering technician and specific roles and

responsibilities that each party is responsible for during the life cycle of a fireprotection

project.

This presentation examines how to determine the need for a fire pump along with

choosing the proper pump capacity. The presentation will include discussions on

pressure generation, rated flow and pressure adjustments, and verification of

maximum churn pressure. At the conclusion of the presentation, attendees will be

able to properly size and select a fire pump assembly based on the system demand

and available water supply.

To be effective, fire pumps need to be designed and installed correctly. This

interactive presentation will review common mistakes seen in the field. The

problems will be identified and discussed, and the correct installation practices will

be identified the standard. This interactive presentation will be sure to boost your

knowledge.

This presentation details the requirements of the installation of fire pumps. The

content will summarize the layout and provisions of NFPA 20, Standard for the

Installation of Stationary Pumps for Fire Protection. The content will display pump

types, drivers, and configuration. Specific topics include suction pipe, discharge

pipe, pumps, bypass assemblies, controllers, power supplies, and pump room

requirements.

This full day class will explore the design and review of senior living facilities under the International Building Code. The market is supporting the development of mixed used projects that include independent living facilities (Group R-2), assisted living facilities (Group I-1), memory care facilities (Group I-2) and other associated occupancies. This seminar will discuss the inherent issues with these types of uses and application of the code provisions. The discussion will also include the interaction of the IBC and NFPA 101 Life Safety Code in these types of uses. 

This is a full day class that covers the subject of hazardous materials to assist the Building Official in properly dealing with the more dangerous occupancies.  The pertinent sections of the IBC regarding Hazardous Materials will be covered, including each type of H occupancy, as well as additional sections of some other codes. The class covers how to correctly classify materials, correctly determine when a label of “H” occupancy is appropriate and determines various manners of protection required to reduce risk. Control areas, storage, open and closed systems will all be discussed in depth.  

The Manual J system design reports look so technical - so how do I as a Plans Examiner or Building Official start to review Manual J’s for proper design? This session we will discuss what heat gain and loss calculation are and other basics needed for review including the software allowed to be used for the reports. Bring your real world problems and concerns with using or reading these Manuals and we will work through them in class. Students will receive checklists and tools to review the manuals efficiently and effectively.

This objective for this class is to enable participants at an entry level to perform a basic structural plan review for residential buildings using the prescriptive provisions of the International Residential Code.     ??

Awarded .8 ICC CEU’s - 8 Contact Hours

This 8-hour (full day) course will focus on the various types of commercial solar PV systems. The class will lead the attendees through key solar PV requirements for commercial PV systems. Systems covered include micro inverter systems, string inverter systems, central inverter systems, and large-scale systems. Topics explained include PV module interconnections, inverters, combiners, DC voltages, wire sizing, overcurrent protection sizing, system interconnection requirements, grounding and bonding, roof layouts, ballasted support systems, ground mounted systems, disconnects, rapid shutdown, and signage. This presentation is based on the 2020/2023 NEC. This course is beneficial for inspectors, plan reviewers, fire fighters, installers, and solar PV designers.

This class will focus on the IRC requirements for equipment selection in accordance with ACCA Manual S and duct sizing in accordance with ACCA Manual D. Currently there are no Manual S software. Manual S is a process that the designer must complete and cannot be done without the manufacturers performance data.

Proper duct design is a critical piece of a home’s design that is often overlooked. We will go through the steps in duct design. Now that we know the equipment has the needed capacity (Manual S) we also know the capability/limits of the blower. Total external static pressure, static losses, available static pressure (for ducts), total equivalent length and duct fitting types will be discussed at length.

This class will clarify what is needed for a proper manual S and D review. 

2024 UPC (16 hours or two (2) days). Each day stands alone, so that if individuals can only come one day or the other, content will be beneficial and not rely directly on attendance the other day. 

This seminar will focus on the different types of fire-resistant rated assemblies and systems required by the International Building Code. Resources on identifying different systems will be discussed. The seminar will also discuss the plan review and inspection of such assemblies and systems.

Reviews the changes from the 2021 edition to the 2024 edition of the International Building Code. The background behind many of the changes will be discussed to provide the participant with an understanding of the intent of the changes and how to apply it to their everyday work. Subjects covered in the class will include the code change process, mixed occupancies, atriums, accessible means of egress and many more.

A complete in-depth view of code requirements and best practices for stairways, landings, guards, and handrails etc... Illustrations used represent everyday problems and will serve as the basis for discussion and resolution to some of the problems of means of egress.  This course is applicable to designers, contractors, framers, and building inspectors.

Awarded 0.4 ICC CEU’s - 4 Contact Hours

This seminar will cover building code requirements for the construction requirements for the construction of accessory structures, including a brief overview of residential decks and porches. The topic will address design and plan review considerations, construction documents, and field inspection issues. To supplement code language, numerous illustrations will be used to generate interactive discussions. 

Awarded .4 ICC CEU’s - 4 Contact Hours

This presentation will explore the requirements outlined in NFPA 25 Standard for

the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems. A

review of each chapter in NFPA 25 provides a comprehensive guide for individuals

involved in the performance and enforcement of the ITM requirements in the

standard. The topics covered include the owner’s responsibilities, identification of

noncritical and critical deficiencies, and differentiating emergency and preplanned

impairments. Additionally, this presentation will delve into ITM of sprinkler

systems, common components, valves, private fire service mains, standpipe, hose

systems, and fire pumps. Obstruction investigation, internal inspection, and

impairment requirements will also be identified.

This 4-hour (half-day) course will cover the key requirements for hazardous locations. Topics to be covered include types of hazardous locations, types of enclosures, equipment located in hazardous locations, conduit seals, light fixtures, and types of protection techniques. This course includes requirements from NEC Article 500, 501, 502, and 503. Also, key requirements of NEC Article 511 (repair garages) and 514 (fuel dispensing facilities) will be covered.

This 4-hour (half-day) course will cover the major topics found in NEC Article 517 for healthcare facilities. Topics to be covered include health care-related definitions, wiring of circuits related to patient care areas, ground-fault protection of equipment, isolated ground receptacles, patient bed locations, wet procedure locations, essential electrical system, and isolated power systems. Key requirements from NEC Article 700 will also be explained.

This fast-paced seminar reviews fundamental principles found within Chapters 3 through 10 of the International Building Code (IBC) as they pertain to the use of the five walls, their openings and opening protectives. Based on the 2018 IBC as far as references are concerned, and regardless of the current IBC edition a jurisdiction may be enforcing, this seminar addresses guideline fundamentals and has proven to be a very insightful and helpful study of core code issues. These core issues are: definition of the five walls, elevators and elevator lobbies, exit access separation, vertical opening separation, occupancy separation, area separation, corridor separation, separation of vertical spaces, smoke compartmentation and the use of smoke barriers.

This seminar will discuss prescriptive solutions, and the related principles found in Chapter 7 of the International Building Code (IBC) as they relate to vertical building components in Multi-story Structures. This seminar will define and examine the following vertical components, Atriums, Interior Exit Stairways, Exit Access Stairways, Elevators as well as other multi-story space considerations. During the seminar the instructor will review real-time case studies to explore code compliance solutions reached by various jurisdictions throughout the United States. The presentation will further discuss fire resistance and fire protection requirements for separation of vertical spaces, the 5 walls and their ratings along with opening protective requirements.

2024 UPC (16 hours or two (2) days). Each day stands alone, so that if individuals can only come one day or the other, content will be beneficial and not rely directly on attendance the other day. 

This seminar is designed to provide an in-depth look at the

Residential Energy requirements in Chapter 11 of the IRC and

Chapter 4 of the IECC with practical application. A checklist will be discussed for plan review and for field inspection verifications. Discussion will cover many topics such as the thermal envelope, failures in envelope, climate zone requirements, air barriers, vapor barriers, total UA path and performance path and how they affect our homes.

Awarded .8 ICC CEU’s - 8 Contact Hours

This half-day (4 hour) course is designed to explain key requirements governing residential energy storage systems. This course will explain some of the key items and requirements of UL 9540 and 9540A that jurisdictions must be aware of. In addition, it will explain other important battery requirements per Section 1207 IFC regarding residential ESS and important provisions of Article 706 of the NEC. Topics to be covered include shutdown of ESS, disconnects, overcurrent protection, location of systems, size of systems, separation requirements, and smoke/heat alarm requirements. The last portion of the class covers a variety of line diagrams and manufacturer specification sheets for some common battery backup systems that

the industry is currently seeing installed. The course is based on UL 9540, UL 9540A, 2021 International Fire Code (IFC), 2021 International Residential Code (IRC), and the 2020/2023 National Electrical Code (NEC). This course is beneficial for plan reviewers, inspectors, contractors, designers, and fire officials.

Identifies IBC provisions applicable to the design and construction of tenant space improvements. The discussion addresses the three most common types of uses: business, mercantile and assembly. It emphasizes options available in the code for gaining compliance. Discussion includes occupancy separations and fire areas, type of construction features, fire-resistance-rated construction, interior finish materials, fire protection features, means of egress components, and means of egress design.