Total precast concrete systems bring structural and architectural components together into a unified, high-performance building solution that delivers durability, sustainability, and long-term value. This course introduces the full family of precast components used in total precast systems — including wall panels, hollowcore, double tees, columns, beams, shear walls, and stairs — and explores how they are designed, coordinated, and assembled to create resilient spaces that reduce jobsite risks, accelerate schedules, and enhance occupant well-being. Participants will learn how total precast systems improve energy efficiency and minimize maintenance needs through components built for extended service life. Through system overviews, design best practices, and real-world applications across a range of project types, attendees will gain a comprehensive understanding of how precast is designed, detailed, and efficiently implemented into total precast solutions.

Learning Objectives

1. Identify the primary precast components, frames, and connection systems used in total precast buildings and understand how they integrate to form complete structural and architectural assemblies. 
2. Understand the performance, schedule, safety, and sustainability advantages that total precast systems bring to owners, architects, engineers, and contractors across a range of project types. 
3. Recognize key design and detailing considerations for total precast systems, including component selection, load paths, component sizing, connection details, and the resources available, such as PCI standards and design tools. 
4. Evaluate how total precast buildings support durability and long-term value, including energy performance through thermal mass, reduced maintenance needs, and a structure designed to endure across its full service life.