This continuing education program offers a unique opportunity to tour a precast plant and gain hands-on experience with precast concrete production. Participants will explore the production process, from design and engineering to casting, curing, and finishing. During the tour, participants will learn about the benefits of premanufacturing in precast concrete production and witness firsthand how precast concrete components are manufactured to meet the highest quality standards. Participants will have the opportunity to ask questions and engage with industry experts who will share their knowledge and insights on precast concrete production. The plant tour will showcase the latest techniques and technologies for optimizing efficiency, quality, and safety in precast concrete manufacturing facilities. Participants will gain an understanding of the sustainability benefits of precast concrete production, including the reduction of waste and energy consumption. By the end of the tour, participants will have a comprehensive understanding of the precast concrete production process and how premanufacturing in precast concrete production can improve efficiency, quality, and sustainability. Participants will leave with a greater appreciation for the benefits of precast concrete and how it is used in infrastructure and construction projects.
Prerequisite Knowledge:
Participants in the Precast Plant Tour program should have a basic understanding of the construction industry and precast concrete production processes. Prior knowledge of construction materials, building codes, and construction techniques is recommended but not required. Participants should also have a basic understanding of the principles of engineering and design. This program is intended for professionals who are interested in gaining hands-on experience with precast concrete production and who are seeking to expand their knowledge of premanufacturing in precast concrete production. Participants should be comfortable with walking and standing for an extended period of time, as the tour will involve a significant amount of walking throughout the precast plant.
HSW Justification:
Learning about precast concrete production processes and applications is crucial for promoting health, safety, and welfare in the construction industry. Precast concrete is known for its strength, durability, and resistance to weather, fire, and natural disasters, making it a popular building material in a variety of construction projects. By understanding the principles and practices of precast concrete production, professionals in the construction industry can design, engineer, and construct structures that are safe, durable, and sustainable. This knowledge can lead to the implementation of best practices in construction, resulting in a safer work environment for workers and building occupants. Moreover, understanding precast concrete production processes and applications can promote sustainability by reducing waste and energy consumption. The production of precast concrete components requires less energy than traditional cast-in-place concrete, and precast components can be produced in a controlled environment with reduced waste. By promoting the use of precast concrete, professionals in the construction industry can contribute to a healthier and more sustainable future for all.
Learning Objective 1:
Gain an understanding of the precast concrete production process, from design and engineering to casting, curing, and finishing.
Learning Objective 2:
Observe firsthand how precast concrete components are manufactured to meet high quality standards, including the use of molds and casting beds.
Learning Objective 3:
Learn about the latest techniques and technologies used in precast concrete production to optimize efficiency, quality, and safety.
Learning Objective 4:
Gain knowledge of the sustainability benefits of precast concrete production, including the reduction of waste and energy consumption.
Learning Objective 5:
Develop an understanding of the range of precast concrete products that can be produced in a total precast plant, including beams, columns, walls, hollowcore, double tees, bridge beams, and more.
