Continuing Education AIA/CES Programs
The PCI Central Region is a registered provider for AIA/CES programming. We continue to develop education curriculum to demonstrate the superiority of sustainable precast concrete systems to fully meet the design and budgetary needs for a wide variety of building and spatial solutions.
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Community Storm Shelters
Learning Objectives for this program:
Introduce the basic requirements of a FEMA 361 Storm Shelter
Identify the components and sustainable attributes of a prestressed, precast concrete structure
Present the benefits of precast concrete through greater quality control,
sustainable material choices and design freedomConsiderations in using a precast concrete system for your next project. Design opportunities, comparative materials and their utility and sustainable benefits.
Sustainable Design
Learning Objectives for this program:
Identify the sustainable materials used to produce precast concrete
Understand the sustainable attributes of precast concrete
Identify the 20 LEED NC 2.2 credits or 30 credits in LEED 2009 that can be obtained with the help of precast concrete
Hollowcore Floor Plank
Learning Objectives for this program:
Understand how precast wall panels are produced and the sustainable process
Become aware of the features and benefits of precast wall panels to include LEED attributes
Become aware of the many finishes precast concrete has to offer
Understand the thermal mass effect and it’s relationship to precast wall panels
Industrial Structures
Learning Objectives for this program:
Identify the different industrial applications for precast, prestressed concrete systems
Explain the benefits of using precast, prestressed concrete in industrial structures
Make an informed material choice for your next industrial building design
Demonstrate the economic and sustainable benefits of precast concrete throughout the project
Sound Walls
Learning Objectives for this program:
Demonstrate the economic benefits of precast concrete for sound walls
Understand the sustainable attributes of precast concrete
Illustrate the design flexibility precast offers DOT and design professionals
Understand how precast wall panels are produced and the sustainable process
Quality Control & Certification
Learning Objectives for this program:
Summarize information about quality assurance and personnel certification
Summarize information about erectors qualified or certified by the PCI Field Certification Program
Summarize basic procedures involved with respect to the Plant Certification Program
Describe the different types of specification methods
Design Fundamentals
Learning Objectives for this program:
Explain the different precast concrete applications
Discuss architectural and structural applications
Sustainable impact of using structural and architectural precast in the design of a new structure
Discuss the LEED implications and energy efficiency opportunities with precast concrete design
Integrated Design
Learning Objectives for this program:
Demonstrate the economic benefits of precast concrete throughout the project
Understand the sustainable attributes of precast concrete
Illustrate the design flexibility precast offers design professionals
Discuss long-term health benefits of precast concrete to benefit the inhabitants of the structure
Parking Structures
Learning Objectives for this program:
Introduce precast concrete parking structure benefits, sustainability and components
Show the simplicity of precast connections
Show examples of structural & aesthetic design solutions for precast parking structures
Demonstrate the economic and sustainable benefits of precast concrete throughout the project
Precast Stadium Design
Learning Objectives for this program:
Identify the different precast, prestressed concrete systems used in stadium designs
Explain the benefits of using precast, prestressed concrete in stadiums
Discuss the benefits of PCI-certified precast producers
Precast Concrete Preassembled Buildings
Learning Objectives for this program:
Demonstrate the economic benefits of precast concrete for sound walls
Understand the sustainable attributes of precast concrete
Illustrate the design flexibility precast offers DOT and design professionals
Understand how precast wall panels are produced and the sustainable process
Plant Tours
Learning Objectives for this program:
Attendees will observe first-hand how designs and engineering details are executed in the precast manufacturing process. Attendees will also observe the entire precast and prestressed manufacturing process from engineering and connections, forms set-up, casting and finishing. Attendees will gain a better understanding of precast and prestressed capabilities and related quality issues. Attendees will learn how precast fits within the entire building system and how to specify precast concrete accurately and safely.
Architectural Systems
Learning Objectives for this program:
Introduce Architectural Precast Concrete
Present the Benefits of Architectural Precast through greater quailty control, sustainable material choices and design freedom
Considerations in using a precast concrete systems for your next project. Design opportunities, comparative materials and their utility and sustainable benefits
Examine the sustainable attributes of precast concrete construction
Bridge Design
Learning Objectives for this program:
Appreciate the growth in the demand for prestressed concrete bridges
Explain the economic and sustainable advantages of using prestressed bridges
Differentiate non-precast bridges from totally precast bridges
Demonstrate the economic and sustainable benefits of precast concrete throughout the project
Education Facilities
Learning Objectives for this program:
Review the case studies to learn why a Total Precast System and precast concrete insulated wall panels were chosen by the design team
Understand the simplicity of precast concrete design details for a Total Precast Structure
How using a Total Precast System has many owner, designer and user benefits while utilizing a sustainable building product
Discuss LEED implications and energy efficiency opportunities with precast concrete design