Welcome to our selection of AIA-accredited courses designed to enhance your knowledge and skills in various aspects of construction and design. Each course is crafted to provide in-depth insights and practical knowledge for professionals in the industry.
Course Number: IWP-101
Credits: 1.00 LU/HSW
Insulated Concrete Sandwich Panels come in a wide variety of designs. Used for their strength, construction efficiency, design flexibility, and thermal performance, this course builds on pre-existing knowledge around concrete building construction and uncovers the science and engineering behind the latest concrete construction methods used around the world.
Course Number: EA 101
Credits: 1.0 LU/HSW
This course will examine the exposure of aggregate in concrete paving in commercial and residential landscape design. Introducing different techniques of exposing aggregate in a concrete Structure with varied exposures to aid designers can deliver desired effects in the exposed concrete.
Course Number: Curing 101
Credits: 1.0 LU/HSW
This course will review the basic principles of curing concrete and explore the most common methods and materials used to accomplish it. Also, the environmental impacts of various methods, and sustainability factors that arise from some curing methods will be examined. In addition, the impact of proper and improper curing on concrete's life cycle will be discussed, along with the benefits of using a Cure and Seal in lieu of just curing the Concrete.
Course Number: DDC ITE24
Credits: 1.0 LU/HSW
This course will guide you in selecting the proper Epoxy system by helping you differentiate the specifications within the Epoxy Product line. Epoxies consist of two components that react with each other forming a hard, inert material. Part A consists of an epoxy resin and Part B is the epoxy hardener. Epoxy properties are dependent upon the specific chemistry of the system and the nature of the cross-linking available.
Course Number: RS-1
Credits: 1.0 LU/HSW
This course will show how you can make concrete structures easier to construct, increase worksite production and increase the strength of concrete through joint intersections in the concrete slab and reduce rebar congestion in in the concrete slab. Results of this will yield a possibility of thinner concrete structures, reducing carbon footprint of the structure.
Course Number: DSC-TU
Credits: 1.0 LU/HSW
This course will relay the fundamentals of tilt-up construction concentrating on proper panel techniques and placements, related terminology, and use designs. Insulated Wall Panels, regarding Thermal Bridging panel layout with proper engineering policies in place to ensure a safe working environment will be reviewed. And to tie it all together, an overview of engineering programs that can allow communication between Architect, Engineer and Contractors to seamlessly and instantly take place will be discussed.