Seminar Descriptions by Track

Keynote Address
8:00 AM - 9:30 AM

Building Green In A Blue Economy
Phil Waier, P. E. LEED AP, Principal Engineer with Reed Construction Data /RSMeans
1.5 LU/HSW 

Phil Waier is principal engineer and technical lead on green building construction costs for Reed Construction Data /RSMeans, North America's leading supplier of construction cost information.  Mr. Waier will address various aspects of the sustainable building environment. Through cost engineering analysis, Mr. Waier will compare the cost of building green vs. non-green in addition to what to look for in local market cost volatility, including the selection of materials.  Attendees will discover who is building green - and why, and be able to evaluate the best design practices and emerging technologies to accomplish the goals.

Learning Objectives

• Breakdown the building segments that are embracing the sustainability movement and are actively pursuing green building

• Summarize the reasons why owners, contractors, and architects are building green

• Evaluate the best design and construction practices of building green and the technologies that are emerging to accomplish the goals

• Compare the cost of building green vs. non green in a cost engineering analysis

• Understand what to look for in local cost volatility and the selection of materials.
   

B1 - A Review Of Moisture Migration And Heat Transfer In Buildings
Sarah K. Flock, AIA, CDT, ASTM & Garth D. Hall, AIA, CDT, ASHRE, ASTM; Raths, Raths & Johnson, Inc.
1.5 LU/HSW

Buildings in cold or mixed climates such as Chicago are subject to moisture migration from interior occupied spaces to concealed wall and ceiling spaces through uncontrolled air and vapor transfer. Heat transfer can also have a detrimental effect in cold climates. The presentation will explore several case studies of improper window detailing and installation, as well as the consequences of uncontrolled air and vapor flow, leading to wintertime building problems. Air barriers and vapor retarders will be analyzed.

Learning Objectives

• Determine the impact of improper detailing at windows and adjacent construction

• Evaluate the effects of insulation on the window and wall assemblies

• Understand the differences between vapor retarders and air barriers

• Improving specifications

• Review techniques for improving air and vapor control in design and construction 

Presenters

Sarah K. Flock is a licensed architect specializing in building component diagnostics and system applications, as well as repair design to address nonperforming building issues. Her experience at RRJ includes conducting investigations and inspections of existing building conditions, field testing of architectural components, designing repair details, monitoring the specified repairs, and litigation support. She has participated in projects involving masonry, windows, curtain walls, metal panels, wood and vinyl cladding systems, and exterior insulation and finish systems (EIFS). Ms. Flock has a BS and Masters in Architectural Studies from University of Illinois at Urbana-Champaign. Prior to joining RRJ, she worked at both an engineering firm and a residential design firm.  

Ms. Flock is a member of the American Institute of Architects (AIA); ASTM International; and the Exterior Design Institute (EDI). She is a Certified Document Technologist (CDT) through Construction Specifications Institute (CSI) and a Certified Third-party EIFS Inspector through EDI.

Garth D. Hall is a licensed architect specializing in aspects of architectural engineering, material and system applications, and building component diagnostics. His experience includes field investigation of distressed structures and nonperforming buildings. This has included data compilation and interpretation of window and curtainwall air and water infiltration tests, diagnostic water infiltration and penetration testing on exterior building envelopes, window components, and waterproofing systems. He has performed field investigations of residential and commercial EIFS construction for quality control during construction and to determine the source of the problem. Mr. Hall has also performed investigation and analysis of moisture problems and condensation in building envelopes located in cold climates, including development of remedial solutions. 

Mr. Hall holds a Master of Architecture and a Master of Science in Civil Engineering specializing in Construction Management. He is licensed in Illinois and is registered in various additional states. He is a member of the American Institute of Architects (AIA); the American Society of Heating, Refrigeration, and Air-conditioning Engineers (ASHRAE); ASTM International; and the Building Environment and Thermal Envelope Council (BETEC). He is a Certified Document Technologist (CDT) through CSI and a Certified Third Party EIFS Inspector through Exterior Design Institute.

B2 – Insulated Wall Claddings for Sustainable and Energy Efficient Design
Robert W. Dazel, AIA; Dryvit Systems, Inc.
1.5 LU / HSW

The Exterior Wall is a primary component of a building structure. Its proper function is critical to providing a weather-resistive and well performing Building Enclosure. However, is “well performing” enough today?

This program examines the value of exterior Insulation and its positive impact on overall building performance. It focuses on placing Insulation on the exterior of a Building Enclosure and providing for Sustainable design solutions through reduced environmental impact / carbon footprint.

Learning Objectives:

• Deconstruct how we perceive and conceive the exterior wall component of a building’s enclosure system while re-defining and re-constructing how they approach exterior wall conceptual development.

• Analyze how the use and placement of exterior wall “Insulation” can dramatically improve overall building performance through newly available research and side by side wall testing data.

• Establish a focused prioritization for the use of exterior “Insulation” within exterior wall assemblies as a determining factor for overall wall design and building performance enhancement while dramatically reducing the three (3) primary building costs – construction, operation and environmental impact.

• Identify and define the potential contributions the use of Exterior Insulated Cladding solutions can make toward LEED certification for new construction and major renovation, schools and core and shell (LEED NC) projects.

Presenter

Robert W. Dazel has been a registered Architect in the State of Ohio since 1992. He is a graduate of The Ohio State University with a BS Degree in Architecture (1986) and is a long-standing member of the AIA. 

Mr. Dazel was employed in the architectural profession (1986-1996), completing the IDP Program and serving as project architect for numerous governmental and institutional projects. Mr. Dazel also served as a Faculty Member at the University of Toledo (1990-1996) in their Associates Degree Program in Engineering / Architecture. 

With respect to Building Envelope Performance, Mr. Dazel has spent the last thirteen (13) years in the Exterior Wall Surfacing Industry representing two major Exterior Insulation and Finish System (EIFS) manufacturers through positions such as Technical Services Manager, Director of Architectural Services, Marketing Manager and National Sales Manager. Mr. Dazel currently serves as Associate Member to the Board of Directors for the Insulated Concrete Form Association ICFA and has also served on the EIFS Industry Members Association (EIMA) technical and marketing committee as well as serving for two (2) years on the EIMA Board of Directors. Mr. Dazel has nearly nineteen (19) years of direct speaking / presentation experience.

B3- A Review Of The Durability And Performance Of Silicone Structural Glazing Systems 
Lawrence D. Carbary, and John Kimberlain, Dow Corning Corporation
1.5 AIA/CES LU/HSW

Structural silicone behaves as a continuous flexible rubber anchor attaching glass to metal frames and has proved to have excellent durability and performance both in the structural capability and the ability to stop infiltration into the glazing system. The benefits of controlled air and water infiltration allow accurate estimates of energy use during the building life. The design, proven performance and energy benefits are highlighted in this seminar as well as the Global standards and specifications.

Learning Objectives

• Review the System Design of SSG

• Evaluate Durability of Materials used

• Translate the Correlation of Laboratory testing to full scale testing.

• Examine the structural and energy advantages of the system over conventional glazing systems

• Review Case Histories of performance and energy use with the system

Presenters

Lawrence D. Carbary is an Industry Scientist for Dow Corning Corporation in the Construction Industry. He graduated from Michigan Technological University in July 1982 with a Bachelors degree in Chemical Engineering. He joined Dow Corning in July 1982 and began work in the development of one and two part silicone sealants.

He has been an active member of the Sealant Waterproofing and Restoration Institute and served on their Board of Directors. He has written numerous publications for ASTM and Construction Trade Journals on the topics of curtainwall sealing, aesthetic considerations and restoration. He has given numerous presentations globally on the same topics. Lawrence spent 1997 - 2000 in Seoul Korea working with Dow Corning Construction team in the Asian area promoting global standards and quality assurance practices used in the sealing and performance of facades. 

Currently he is active within ASTM C24 Committee on Building Sealants and is the subcommittee chairman of ASTM C24.30 Adhesion and ASTM C24.87 International Standards. He is also the chairman of the US Technical Action Group for the ISO TC59/SC8 committee on Building Sealants. He is participating with ASTM C14 Glass and Glass Products as the US technical expert working with ISO TC 160/SC 2/WG 5 on the Assembly Rules for Silicone Structural Glazing. He was nominated into the ASTM C24 Committee Sealants Hall of Fame in June of 2005 and was awarded the ASTM Award of Merit in 2007 with the accompanying title of Fellow.

Jon Kimberlain graduated from the University of Kentucky with a Bachelors of Science in Chemical Engineer. He has worked with Dow Corning for the past 10 years in various roles for manufacturing, project management and quality engineering for silicone sealants and coatings. Currently he has the role of Construction Industry Specialist in support of weatherproofing and structural glazing applications. He is active in the Glass Association of North America, serving as the chairman for the Educational Committee for the Insulating Glass Division.

D1 – Finding A Niche In Troubled Times: A Project’s Invisible Savings
Moderator: Marty McIntyre, PCI; Panelists: Lynn Foster LEED AP, Mid-States Concrete; Sophie Bidek, RA, Hartshorne Plunkard Architecture; Matt Dougherty of McShane Construction
1.5 LU/HSW      

This panel of experienced precasters, contractors and architects understand the unique financial pressures that building projects are under today. Together they will explore how the building team - using an integrated approach - has used precast design, products and construction techniques to create projects that meet the needs of the client with a tight budget and help architects find a new niche for their design business.

Learning Objectives

• Evaluate hidden savings in construciton projects.

• Identify establishd methods of material selection and understand how to go beyond “material cost” to understand how building methods affect project costs.

• Solve design dilemmas taking a team approach.

• Establish appropriate methods for making material choices.

Moderator

Marty McIntyre has spent more than 20 years working in the construction industry. She was an editor of Roads & Bridges and The Concrete Producer Magazines, and is the author of "The Cement and Concrete Reference Guide for Editors" which she wrote when she was with the Portland Cement Association. She is a past-president of the Construction Writers Association, and a winner of it's Silver Hardhat award. She has been the executive director of the Precast/Prestressed Concrete Institute of Illinois and Wisconsin since 2001 where her focus is on educating architects, engineers and contractors about precast concrete design and construction.

D2 – How To Sucessfully Design, Specify And Commission The Brick Building Envelope
Leroy Danforth Jr., CSI; Brick Industry Association  
1.5 LU/HSW

This presentation is designed to help you establish a system for specifying, detailing, building, and inspecting brick walls. The system we’ll describe will help you select the right wall system, ensure material compatibility and quality of construction, avoid staining and moisture penetration, achieve LEED points with brick, and identify conditions that affect the performance of brickwork.

Learning Objectives

• Detail a brick building envelope that keeps moisture out of the interior assembly.

• Select the best system among different brick wall assemblies for a building type.

• Properly detail innovative brick wall patterns and construction systems.

• Identify optimal construction sequencing patterns and commissioning procedures. 

Presenter

Leroy Danforth, as Architectural Outreach Manager for the Brick Industry Association, gives approximately 80 continuing education seminars per year to architects in the Chicago area. Leroy has also presented seminars to groups of builders, home inspectors and students. Larger events (100 attendees or more) Leroy has spoken at include the 2007 Chicago Architecture Conference, the Mason Contractors Association’s Architects Symposium, and the Brick Manufacturer’s Showcase at Drury Lane. Leroy holds a Bachelor's and Master's degree in Engineering and has attained the LEEP AP designation. Leroy has worked as part of the Brick Industry Association’s Engineering and Research Department and is a former Manager of Technical Publications, which includes oversight of the Technical Notes series. 

The Brick Industry Association is the national authority on brick construction and the only national trade organization dedicated solely to the promotion of clay brick. 

D3 - Sustainable Site Design
Laura Shafer, P.E., LEED AP and Greg Wolterstorff, P.E.; V3 Companies
1.5 LU/HSW/SD

Learn how to achieve your project goal/vision for a sustainable site thru site evaluation, selection and layout. Hear about different sustainable site features such as best management practices, and permeable pavers, how to incorporate these designs into your project, and what precautions to take during the construction process. There will be a review of materials and techniques that contribute to LEED credits. A variety of local case studies will be used. 

Learning Objectives

• Determine how site selection accomplishes sustainability goals

• Evaluate the effect of site selection on water quality and management, soil preservation, storm water capture

• Estimate the effect of heat island with shading, parking lot layouts and pavement materials

• Observe the reduction in maintenance and improvement of stormwater quality with native landscaping

• Review specifying materials and techniques that improve sustainability and help achieve or contribute to LEED credits

• Identify keys to success thru quality control and implementation of sensitive construction types.

Presenters

Laura Shafer is the Sustainability Services Leader and Project Manager within the Land Development group at V3. During her 9 year tenure, she has focused on urban projects, particularly in the City of Chicago, and quickly broadened her interest and focus to include sustainable sites. Laura received her LEED Accreditation in 2006 where she put her knowledge to use not only in promoting sustainability cross training among the different disciplines at V3, but also incorporating the designs into both LEED and non-LEED projects. She also helped start the push to green V3's corporate office and also her own home.

Greg Wolterstorff, Director of Natural Resources, is passionate about meeting V3 client needs with creativity, sustainability and practical solutions. Natural Resource services range from ecological assessment to construction and restoration of natural areas, to surface water modeling and complex permitting. Greg's experience includes coordination and entitlement of commercial and residential projects, hydrologic and hydraulic studies, FEMA permitting, and identification and remediation of water quality and erosion control problems. Significant projects include: Chicago Premium Outlets - Development of 140 acre retail mall site with 80 acre wetland and flood storage facility, and nearly 1 mile of remeandered stream channel which involved complex permitting and site constraints; Pape Island Bank Stabilization - Restoration and stabilization of approximately 1/2 mile of degraded island banks through bio-engineering design solutions.  

V3 is a consulting and engineering, survey and natural resources firm that serves clients with land development, infrastructure, environmental , and natural resources needs.

L1 – Key Changes To The 2009 I-Codes
Kelly P. Reynolds; Kelly P. Reynolds and Associates, Inc.
1.5 LU/HSW  

This seminar will explain the major technical changes to the 2009 I-codes (building, mechanical, plumbing, residential, fire code). The International Code Council develops the codes used to construct residential and commercial buildings, including homes and schools. Most U.S. cities, counties and states choose the International Codes, building safety codes developed by the International Code Council. New guidlines and energy-efficient upgrades will be discussed.

Learning Objectives:

• Understand the code changes.

• Explain it's application in practice.

• Discuss the intent and rationale

Presenter

Kelly P. Reynolds is considered one of the foremost authorities on the model building codes serving government and industry since 1979. He is one of the nation’s foremost authorities on building, fire and life safety codes. He specializes in plan review, code interpretations, technical consulting, training seminars, code inspections and expert testimony. His unique experience enables him to communicate actual code related issues to both code officials and design professionals.

L2 – How To Get Paid Without Getting Sued
Tom Harkins; Willis and James Zahn, Esq. FAIA, FALA, NCARB; Sabo & Zahn, Attorneys at Law
1.5 LU/HSW 

Did you know that more than half of all lawsuits filed to collect professional fees result in counterclaims for malpractice? This interactive seminar examines strategies to ensure payment. Key contract terms are explained, and alternatives to filing suit to collect fees are identified. The significance of mechanics lien statutes and prompt payment acts is discussed.

Learning Objectives:

• Understand how current economic forces are effecting owners and the insurance markets.

• Learn about the legal impact of payment provisions in contracts using the AIA B101 Owner-Architect Agreement as an example.

• Develop strategies to minimize the opportunities for owners to withhold or reduce payment.

• Identify various tools available for collecting payment.

Presenters: