CONTINUING EDUCATION

THIS IS A TWO-DAY CLASS.

A certified Post-Installed Concrete Anchor Installation Inspector* is an individual who has demonstrated the knowledge required to properly inspect the installation of post-installed adhesive and mechanical anchors in concrete. The Inspector must understand the responsibilities and qualification requirements of the Installer, inspection requirements as cited in the documents governing the construction of the project, and the process governing the qualification of anchor systems.

*This expanded program includes and covers all of the Adhesive Anchor Installation Inspector program materials; certification candidates are now directed to this program for concrete anchor inspection certification.

Certification Requirements:  ACI will grant certification only to those applicants who obtain a passing grade on both the written examination and performance examinations.

THIS IS A TWO-DAY CLASS

An Adhesive Anchor Installer is an individual who has demonstrated the ability to read, comprehend, and execute instructions to properly install adhesive anchors in concrete. The Adhesive Anchor Installer must also demonstrate possession of the knowledge to properly assess ambient conditions, concrete condition, materials, equipment, and tools for installing adhesive anchors and determine when it is appropriate to proceed with installation of an adhesive anchor or when additional guidance from a supervisor/foreman/project engineer is needed.

Certification Requirements:  ACI will grant certification only to those applicants who obtain a passing grade on both the written examination and performance examinations.

This webinar will explore the use of Insulated Concrete Forms as a viable and enduring building system.  The webinar will explain the many benefits, economies, and attributes of Insulated Concrete Forms.  The presenter will share lessons he has learned, details for implementation, things to avoid, and things to consider.  The presenter will describe how Insulated Concrete Forms can be implemented into the design of net-zero energy buildings.  Finally, a case study will help illustrate the benefits and properties of a thermal mass/thermal reservoir. 

This presentation reviews strength and serviceability problems in concrete parking structures. The effects of environmental exposure, vehicular loading, and deterioration will be discussed with an emphasis on key differences between buildings, parking structures, and bridges. Case histories will be provided to illustrate common problems, failures, and remediation methods. Precast concrete and cast-in-place systems will be discussed, including problems that occurred during construction. The presentation will include examples of changes that have occurred in the industry to enhance safety and long-term performance.

The presenter will be Michael W. Lee (Principal at Wiss, Janney, Elstner Associates)

This presentation is co-sponsored by PCI Midwest.