The Benefits of 100% Offsite Fabricated Stainless Steel Railing Systems
AIAU26-AGS02
Included in subscription
1
LU|HSW
Live course date: 09/09/2026 | 03:00 PM
Description
Wednesday, September 9, 2026 | 3-4pm ET
Discover the advantages of integrating 100% offsite fabricated and custom- designed stainless steel railing systems in your architectural projects. When compared to local fabrication, 100% custom-prefabrication of railing systems not only dramatically improves product quality, regardless the number of project phases, it also reduces product cost, and streamlines the fabrication and installation processes. Due to its durability, recyclability, and resistance to corrosion, stainless steel is the preferred choice for products and structures that require little maintenance and long lifespan. In this presentation you will learn how architects, designers, and engineers can reduce overall project cost and improve project outcomes by specifying architectural products which have been custom-designed to precisely fit each project, and then prefabricated to completion offsite.
Learning Objectives
Explain the differences and advantages of architectural railing products built onsite vs those fabricated 100% offsite.
Recognize the difference in quality between stainless steel railing systems.
Evaluate how the principles of offsite fabrication of architectural products can influence other product choices you make for your projects.
Discover the resilience of 100% stainless steel railing systems.
This free live course is brought to you through a partnership with AGS Stainless. By registering for this course, you grant AIA permission to share your name and email address with AGS Stainless.

Heidi Jandris grew up immersed in her family’s New England concrete block business, Jandris Block, established by her grandfather in 1920. She received a Master of Science degree in Sustainable Building Systems from Northeastern University’s College of Engineering, a Bachelor of Architecture degree from Pratt Institute, and earned a Whole Building LCA (WbLCA-P) micro-credential from the British Columbia Institute of Technology. She provides technical services to the design community with a focus on embodied carbon, while researching and implementing ways to improve the efficiency of and lower the environmental impacts of Jandris’ manufactured concrete products. She is chair of the Concrete Masonry & Hardscapes Association (CMHA) masonry committee and serves on the CMHA executive committee. She also chairs the national programs committee for the Concrete Masonry Checkoff Board.