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Roof Assessment

This 2 Day course covers the fundamentals and techniques in establishing hail and wind damage to residential and commercial roofs.

Day 1 of the Roof Assessment course investigates hail formation, method of growth, and explanation of importance of wind in the hail equation. Students will gain insight in how hail size impacts velocity and impact, and why some hail does little damage and other hail is catastrophic.

Discussion will include ‘hail swath’ which explains the phenomenon of localized hail directly adjacent to no hail, slope and directional hail and how to adjust damage appropriately and how to recognize mechanical or manufactured hail based on damage patterns when investigating a loss.

This course teaches the ability to recognize legitimate hail damage on a variety of roofing products and includes explanation of appropriate repairs for each. In addition, students will be taught how to identify damage from wear and tear that is frequently and incorrectly attributed to hail.

All common residential roofing applications will be examined in addition to peripherals like fencing, decks, siding, patio covers, skylights, windows and gutters. At the conclusion of Day 1, students will be able to accurately indentify hail, prepare appropriate repair recommendations and understand the reasons behind their conclusions as it pertains to Residential Roofing Assessment.

Day 2 of the Roof Assessment course focuses on commercial roof assessment. It aids the student in applying standard commercial forms to wind and hail claims as well and outlining the five primary causes of commercial roof failure, Wind/Hail, Moisture Intrusion, Load/Collapse, Lack of Maintenance and Construction Defect.

Discussion will be given on wind effect such as pressure, turbulence, speed and the ‘venturi effect’. Moisture intrusion will investigate hydrostatic vs. hydrokinetic systems, flashing problems, ponding and general membrane degradation. Students will be introduced to modern roof inspection tools like infrared imaging, dynamic lift testing, nuclear moisture testing, capacitance testing and both low and high voltage electrical testing.

The course will include information on common maintenance issues such drain condition, roof settling and ponding, debris clogs as well as roof mounted systems. Construction defect is also a major cause of roof failure, along improper roof load design and adequate drainage.

At the conclusion of the course, the student will be able to knowledgably approach the loss investigation equipped to ask the right questions and understand the information that they are acquiring.

Following successful program completion, students are awarded a certificate reflecting their accomplishment
.

CEU:

Texas 15 hours
Delaware 15 hours
Indiana 15 hours
Mississippi 15 hours
Oklahoma 15 hours
Tennessee 15 hours
Georgia 15 hours
North Carolina 6 hours


CANADA
Manitoba 12 hours
British Columbia 8 hours

Duration: 2 Days
Price: $495.00
Register for this course

Audience:

This course is suitable for all adjusters that inspect wind/hail claims on residential or commercial buildings.


Syllabus:

Hail Formation and Impact

Wind Updraft and Severity

Terminal Velocity and Impact Energy

 

Hail Directionality
Wind and Directionality

Roof Pitch and Directional Hail

Hail Damage Patters

 

Asphalt Shingles
Recognizing Hail Damage

Suspicious Patterns of Damage

Hail Inspections

Shingle Construction

Nailing Patterns and Wind

Individual Shingle Repairs

Damage Incorrectly Identified as Hail
Age and Deterioration

Blisters

Curling and Cupping

Cracking or Splitting

Granule Loss

Manufacturers Defect

Foot Traffic

Old Damage

 

Wood Shingles
Shakes vs. Shingles

Wood Repairs

Metal, Tile and Exotic Roofing

 

Hail Peripherals
Fencing and Decks

Siding

Windows and Screens

Gutters

Patio Covers

Skylights

HVAC Compressors

 

Commercial Forms
Insurable Interest

Covered Property

Covered Peril


Primary Causes of Commercial Roof Failure
Wind/Hail

Uplift

Pressure

Aerodynamics

Turbulence

Moisture Intrusion

Hydrostatic vs. Hydrokinetic

Seam Degradation

Flashing

Ponding

Roof Penetrations

Drain Failure

Load/Collapse

Drainage Design and Dead load

Lack of Maintenance

Dirt and Debris

Roof Mounted Plumbing Systems

Biological Growth

Construction Defect

Improper or Inadequate Sealing of Flashing

Failed Seams

 

Commercial Roofing Systems – Strengths and Weaknesses
BUR – Built Up Roofing

SBS – Styrene Butadiene Styrene Modified Bitumen

APP – Atactic Polypropylene Modified Bitumen

EPDM – Ethylene Propylene Diene Monomer

TPO – Thermoplastic Olefin

SPF Spray Polyurethane Foam

Quantitative Evaluations
Dynamic Lift Testing

Infrared Thermography

Nuclear Moisture Testing

Capacitance Testing

Low and High Voltage Electrical Testing

Destructive Testing

Dates:

Event Date Location Time Classroom
5/21/2014 Vale Central - Texas 8:30 AM 1
7/30/2014 Vale East - Pennsylvania 8:30 AM 2
8/27/2014 Vale Central - Texas 8:30 AM 1
12/10/2014 Vale East - Pennsylvania 8:30 AM 2

Frequently Asked Questions: