Continuing Education
ClarkDietrich AIA Continuing Education Courses.
ClarkDietrich Building Systems is dedicated to providing a wide array of continuing education opportunities using a variety of education methods including face-to-face and distance online learning alternatives. If you are interested in one of our face-to-face learning sessions, contact us at (330) 372-5564, ext. 244, or e-mail us at info@clarkdietrich.com. We usually require a minimum of 10 associates to conduct these training presentations. Distance learning is also a convenient method for AEC professionals to gain knowledge and earn continuing education credits. These courses are free of charge and can be taken at your convenience.
Clicking on the Distance Learning courses will take you to where the courses are administered.
Design Assist Projects: Don't forget the Walls and Ceilings
Design Assist is a collaborative team-oriented project delivery method that capitalizes on the benefits of early engagement of both Design and Construction Professionals, allowing them to utilize their areas of expertise to work as a team during the design phase. With the addition of Building Information Modeling, this approach has gained popularity with Owners, Design Professionals, GC and MEP subcontractors. But what about Walls and Ceilings? This presentation will explore the benefits of including Specialty Finish/Framing Design and Construction Professionals that provide integrated design and value engineering through BIM, engineering services, prefabrication and best installation practices that enhance the design.
Distance Learning (Online through Walls & Ceilings Architect)
Learning Objectives:
- Explore the benefits of Design Assist as one of the fastest growing integrated project delivery methods today
- Learn how BIM for walls and ceilings can benefit the early deign process
- Discover the relationship and benefit of the Specialty Design Professional to the design team and process
- Gain a glimpse of the future of Design Assit using BIM and more
Why Build With Steel? Utilizing Light-Gauge Steel Framing Systems
This course will provide an in-depth overview of the opportunities and markets in today’s world for light-gauge steel framing and the advantages of utilizing this type of system.
Face-to-Face or Distance Learning (Online through Ron Blank)
Learning Objectives:
- How light-gauge steel framing systems can benefit various building applications
- Owner, architect and engineer advantages when using light-gauge steel
- The advantages of using light-gauge steel in low- to mid-rise construction
Construction Joints: Head-of-Wall Deflection Systems
This course will provide an overview of the various means of attaching non-load-bearing walls to their adjacent assemblies to allow for vertical movement. It will also outline which head-of-wall deflection systems have been tested per ASTM and UL standards and can be used in fire-rated assemblies.
Face-to-Face or Distance Learning (Online through Ron Blank)
Learning Objectives:
- What are Head of Wall Deflection Systems and how are they used.
- Understanding and detailing track assemblies and the individual components.
- How code changes equal better walls and safer lives.
- Architectural & engineering considerations when specifying Head of Wall Deflection Systems.
Metal Lath, Beads and Trims: Stucco and Plaster Accessory Products and Applications
This course will introduce the various types of metal lath products and the methods of installation. It will also outline trim and bead products and how they are used in various applications, in addition to a basic overview of vinyl accessory products.
Distance Learning (Online through Ron Blank)
Learning Objectives:
- An introduction to metal lath products and installation
- Stucco and plaster accessories are available in galvanized steel, zinc alloy and vinyl
- Trim and bead products used for veneer, stucco and plaster applications
- The benefits of using vinyl accessory products
Light-Gauge Steel Framing Connection Products: Specifying Tested Connection Products That Limit Liability
This course will examine the uses and various methods of installation for deflection and positive attachment connection products. It will also examine the proper interpretation of the various connectors’ load capacities.
Face-to-Face or Distance Learning (Online through Ron Blank)
Learning Objectives:
- How deflection clips are used to attach exterior curtain-wall studs to a building structure
- How to provide for vertical building movement independent of the cold-formed steel framing
- What are the track types and what are the advantages of each
- What types of support clips are used for rigid or positive attachment connections
- Understand the various methods used to install the different types of connectors
- Properly interpreting the allowable load tables for clips
Design Engineering and Exterior Light-Gauge Steel Framing Basics
This course will provide an overview of design engineering and structural framing basics. It will include a discussion of light-gauge steel exterior framing products, deflection systems, bridging systems, wall headers and common framing mistakes.
Distance Learning (Online through Ron Blank)
Learning Objectives:
- Provides an overview of design engineering and exterior light-gauge framing basics
- Discusses SSMA nomenclature and applicable ASTM standards for light-gauge steel framing
- Explores numerous framing options for bridging, bracing, headers and jambs
- Extensive overview of deflection and rigid connection alternatives
- Addresses common light gauge framing mistakes and how to avoid them
Specifying and Installing Nonstructural Steel Studs per ASTM C645 & C754
This course provides an in-depth analysis of the two major ASTM standards that govern the manufacture and installation requirements of interior non-structural steel framing members. It also examines commonly specified fire-rated partitions with a focus on applicable solutions when problems arise.
Face-to-Face or Distance Learning (Online through Ron Blank)
Learning Objectives:
- What ASTM standards govern the manufacture and physical requirements of drywall studs
- What are the minimum installation requirements for drywall studs as established by ASTM C754
- What you need to know when specifying fire-rated partitions
Specify and Install Structural Steel Studs per ASTM C955 & C1007
Many factors must be considered when your design includes cold-formed structural steel framing members. An architect typically specifies that the framing must conform to C955 and C1007. This course will review the manufacture and installation requirements of structural steel studs per these ASTM standards based upon IBC 2006. It will also examine fire-rated assembly construction and loading capacities.
Face-to-Face or Distance Learning (Online though Ron Blank)
Learning Objectives:
- What are the IC 2006 Code Compliance requirements for cold-formed structural studs
- What four criteria must be met in order for a structural stud to be in conformance with the physical requirements governed by ASTM C955
- What are the minimum installation requirements for cold-formed structural steel studs as established by ASTM C1007
- How to evaluate when a fire-rated assembly requires a reduction in load carrying capacity
Sustainable Advantages of Cold-Formed Metal Framing
There is growing interest within the construction industry about sustainability and environmentally friendly, or green, products. This course will review the sustainable attributes of cold-formed metal framing products and how they fit into the green environment. The popularity of green buildings has also given rise to organizations such as the U.S. Green Building Council and its Leadership in Energy and Environmental Design (LEED®) Rating System. The credits in which cold-formed metal framing products can contribute toward achieving LEED® points are reviewed as well as other potential opportunities within the rating system.
Face-to-Face presentation course
This course qualifies for (1) Sustainable Design L.U.
Learning Objectives:
- Define cold-formed metal framing sustainable attributes
- Where cold-formed metal framing products fit into the LEED® Rating System
- Documentation and submittal requirements for Materials and Resources credits
- Analyze performance and economic advantages of steel framing
- Potential opportunities for cold-formed metal framing within the LEED® rating system
Utilizing Cold-Formed Steel Framing in Mid-Rise Construction
Learning Objectives:
- What structural advantages are there when using cold-formed steel framing in lieu of conventional framing systems
- What environmental benefits are there when using cold-formed steel in mid-rise construction
- How are mechanical systems such as HVAC, electrical and plumbing incorporated into the design of mid-rise structures when using colf-formed steel framing
- What are the advantages to the owner/designer/contractor team when cold-formed steel framing is used in mid-rise construction
Face-to-Face presentation course
This course qualifies for (1) AIA/CES LU/HSW Hour
AIA Course Number: CDBS 013
Comparing Traditional Steel Studs and EQ Steel Studs
Equivalent or “EQ” studs have been in the metal framing industry since 2005. This presentation will highlight the similarities and differences between traditional and EQ steel stud products which will provide designers the background to properly evaluate the products.
Distance Learning (Online through Walls & Ceilings Architect)
Learning Objectives:
- It will examine the ASTM specification requirements that govern EQ studs, how performance requirements are met, what to look for in an evaluation report, and how EQ studs are listed in UL assemblies.
