Continuing Education
In order to provide the best possible service to our clients, IDArchitectural, on behalf of our principles, offers free continuing educational courses that can be applied towards AIA, LA CES and HSW learning credits. Courses are offered to design professionals in a live setting. Details for each course are listed below. Contact us if you would like to schedule a presentation for your organization.
COURSE TITLE: Uses, Applications & Advantages of Perforated Metal & Profile Wire
PROVIDER: Hendrick Architectural
COURSE CREDITS: 1 AIA LU CE Hour
COURSE DESCRIPTION:
In this course, we explore architectural uses for perforated metals, wedge wire, and profile bar. The audience will gain insight into how this material is manufactured, designed, specified, and used in various applications. We will also explore its optimal uses as cladding, sunshades, ventilation grills, grating, entrance flooring; as well as other decorative elements.
COURSE LEARNING OBJECTIVES:
Upon completion of this course, the design professional will be able to:
• Discuss the benefits and cost effective design concepts for perforated metal, wedge wire, and profile bar.
• Identify the applications and uses for perforated metal, wedge wire, and profile bar.
• Discuss manufacturing methods for perforated metal, wedge wire, and profile bar.
• Discuss ADA requirements for architectural gratings.
COURSE TITLE: Safety in the Fencing World
PROVIDER: Omega II Fence Systems
COURSE CREDITS: 1 AIA/LA CES Health, Safety Wellness (HSW) Hour
COURSE HIGHLIGHTS:
• Determine how to change fencing designs to meet project codes
• Rust prevention methods
• Learn gate options for best design per project
• Bracket options – hands on exercise
COURSE DESCRIPTION & OBJECTIVES:
• Determine what modifications can be made to the fence system for standards/codes/regulations.
• Understand different treatment methods for rust prevention in steel fences
• Learn gate design options to maintain a secure installation
• Knowing what bracket options are out there to reduce onsite changes which can lead to rust and breach of security.