Construction of Precast System from Coursera

This comprehensive course on the construction of precast systems covers all essential aspects, starting with an introduction to types of precast systems and their production processes. It delves into the creation of design and shop drawings, the preparation of moulds, and good casting practices. It also addresses the various methods of casting, concreting, and curing, followed by demoulding and inspection procedures. The course further explores the storage, delivery, handling, and erection of precast components, including quality inspection and tolerances. Preventive measures are discussed, focusing on testing requirements, water tightness, temporary supports, and MEP-related issues, alongside common defects and remedies. Lastly, the course covers design basis criteria, including geometric parameters, occupancy, location-specific factors, material specifications, analysis tools, and load considerations, encompassing gravity loads, seismic parameters, wind loads, and load combinations.

Target Learners:

 Undergraduate students of Civil Engineering

 Post-Graduate Students of Geotechnical Engineering

 Practicing Engineers in Pile Construction based projects.

 Faculties of Civil Engineering Domain

Pre-requisites:

 Analytical skill for determinate & indeterminate structures and design knowledge of reinforced concrete members

 Exposure to codes and standards (Indian standard codes for concrete, wind and earthquake design)

What's inside

Syllabus

Plant and Production

This module introduces the precast system, detailing its types, processes, and the critical stages of production from initial design to shop drawings, casting, and curing, emphasizing best practices and quality control.

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Explores design basis criteria, including geometric parameters and material specifications, which are essential for civil engineering projects

Covers the logistical aspects of precast elements, including storage, delivery, and handling, which are crucial for efficient construction management

Requires analytical skills for determinate and indeterminate structures, suggesting a need for a solid foundation in structural analysis

Addresses preventive measures during precast construction, including testing requirements and MEP integration, which are vital for quality assurance

Exposure to Indian standard codes for concrete, wind, and earthquake design is needed, which may limit the course's global applicability

Reviews summary

Overview of precast system construction

Provides insights from an industry expert.

"The course felt grounded in real-world practices from the industry."

"Learning from L&T EduTech provided practical context."

"It gave me an industry-focused view."

"Published by an entity linked to a major construction company."

Balances practical execution with design criteria.

"I liked that it wasn't just theory; they covered handling and erection too."

"The part on design loads was relevant to my work."

"It connects the planning side with the engineering calculations."

"The syllabus shows a mix of site-based processes and engineering design."

Covers the entire lifecycle from plant to site.

"I felt the course gave a good overview covering production right through to erection and design."

"It was helpful to see how the different parts of the process connect."

"They included preventive measures which is an important practical side."

"It covers plant operations, logistics, site work, and design concepts."

Assumes existing structural engineering background.

"You definitely need a background in reinforced concrete design to follow along well."

"Knowing the Indian codes mentioned was useful for the design section."

"Some parts assumed familiarity with structural analysis."

"The prerequisites listed are essential to understand the material."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Construction of Precast System with these activities:

Review Reinforced Concrete Design Principles

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Reinforce your understanding of reinforced concrete design principles, which are fundamental to understanding the design basis criteria for precast structures.

Browse courses on Reinforced Concrete Design

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Review your notes on reinforced concrete design.
Work through practice problems related to beam and column design.
Familiarize yourself with relevant Indian Standard codes for concrete design.

Review 'Precast Concrete Structures' by Kim and Ghosh

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Gain a deeper understanding of precast concrete design principles and construction techniques.

View Putting Knowledge to Work on Amazon

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Obtain a copy of 'Precast Concrete Structures' by Kim and Ghosh.
Read the chapters relevant to the course modules, focusing on design and erection.
Take notes on key concepts and examples.

Review 'PCI Design Handbook: Precast and Prestressed Concrete'

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Deepen your knowledge of precast and prestressed concrete design using the industry-standard PCI Design Handbook.

View Putting Knowledge to Work on Amazon

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Obtain a copy of the PCI Design Handbook.
Study the chapters related to connection design and structural analysis.
Work through the design examples provided in the handbook.

Four other activities

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Follow Tutorials on Precast Connection Design Software

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Enhance your practical skills by following tutorials on software used for designing precast connections.

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Identify software commonly used for precast connection design.
Find online tutorials or training materials for the chosen software.
Work through the tutorials, focusing on connection design examples.
Practice designing different types of precast connections using the software.

Create a Presentation on Precast Erection Techniques

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Solidify your understanding of precast erection techniques by creating a presentation that covers different methods, equipment, and safety considerations.

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Research different precast erection techniques and equipment.
Prepare a presentation outlining the steps involved in each technique.
Include diagrams and images to illustrate the process.
Present your findings to a peer or colleague.

Design a Simple Precast Concrete Structure

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Apply the knowledge gained from the course to design a simple precast concrete structure, such as a small building or a bridge component.

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Select a simple structure to design (e.g., a precast parking garage bay).
Develop preliminary design drawings, considering loads and geometric parameters.
Perform structural analysis to ensure the design meets safety requirements.
Create detailed shop drawings for precast components.

Compile a List of Common Precast Defects and Remedies

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Improve your understanding of potential issues in precast construction by compiling a list of common defects and their corresponding remedies.

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Research common defects in precast concrete elements (e.g., cracking, honeycombing).
Identify the causes of each defect.
Document the appropriate remedies for each defect.
Organize your findings into a comprehensive list or table.

Career center

Learners who complete Construction of Precast System will develop knowledge and skills that may be useful to these careers:

Precast Plant Supervisor

Precast plant supervisors oversee the daily operations of precast concrete plants, ensuring efficient production and quality of precast elements. This role requires expertise in all phases of precast concrete production, including mould preparation, casting, curing, and storage. The coursework covering plant and production details, from initial design to shop drawings, casting, and curing, combined with the module on storage, delivery and handling, is perfect for precast plant supervisors. This course should prove useful for those who are working, or desire to work, in a precast concrete plant.

See salaries and explore the career path for Precast Plant Supervisor

Quality Control Inspector

Quality control inspectors ensure that construction materials and processes meet specified standards and regulations. This role demands a comprehensive understanding of precast systems, including casting, curing, demoulding, and inspection procedures. The modules in this course which address quality inspection and tolerances, common defects and remedies, and preventive measures are all valuable to a quality control inspector. This course will help quality control inspectors to properly assess precast elements and ensure compliance, and is relevant for those who seek to build expertise in this area.

See salaries and explore the career path for Quality Control Inspector

Construction Manager

A construction manager oversees projects from start to finish, ensuring they are completed on time, within budget, and to the required standards. This role involves planning, coordinating, and supervising construction activities, making a deep understanding of precast systems production, from design and casting to erection, valuable. The course's coverage of storage, delivery, handling, and erection of precast components, combined with quality inspection and tolerances, directly informs the responsibilities of a construction manager. This course provides a solid foundation in the specific skills needed to oversee precast construction elements, which is helpful for this role.

See salaries and explore the career path for Construction Manager

Structural Engineer

A structural engineer specializes in the design and analysis of structures to ensure their safety and stability. Structural engineers must have a deep understanding of material properties and load bearing for precast concrete structures. This course details the design basis criteria which includes geometric parameters, analysis tools, load considerations, and material specifications, all of which are vital to structural engineering. This course helps build a foundation for structural engineers who wish to focus on the design of precast structures. Those who have this interest should find the course's focus on design basis criteria, loads, and load combinations to be very helpful.

See salaries and explore the career path for Structural Engineer

Project Manager

Project managers are central to guiding construction projects through their life cycle, from initial planning to final delivery. A project manager should understand precast system production, including design, casting, curing, and erection processes. The course's detailed modules on plant production, quality control, storage, delivery, handling, erection, and preventive measures are fundamental to this role. This course will help project managers be effective in this area by providing insight into each of those steps. The skills gained here are core to effective management of projects involving precast concrete.

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Construction Foreman

A construction foreman is charged with the supervision of work crews and ensuring that construction projects are completed safely. A thorough understanding of precast systems including plant and production, storage, delivery, handling, erection and quality inspection is of vital importance for this role. This course's focus on the practical aspects of precast construction makes it particularly useful for a construction foreman looking to advance their skills in this area. This course is valuable for foremen who are looking to supervise and manage precast projects effectively.

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Civil Engineer

Civil engineers are responsible for the design, construction, and maintenance of infrastructure projects. A civil engineer working with precast projects must understand the entire process, from initial design and production to final erection. This course covers the analysis tools, load considerations including gravity, seismic, and wind loads, material specifications and design basis criteria and thus builds a foundation to address a wide range of precast construction challenges. This course may be useful for civil engineers who want to deepen their expertise in precast systems, and is also useful for civil engineers who want to manage projects and teams involved in this kind of construction.

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Site Engineer

Site engineers oversee daily on-site operations to ensure projects proceed according to plans and specifications. This role requires a strong grasp of precast production, including plant processes, material specifications, and erection techniques. The course's modules on plant and production, storage, delivery, handling, erection, and preventive measures provide a relevant foundation for site engineers who must manage all of these steps. Site engineers who are involved in precast projects would find this course beneficial.

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Design Engineer

Design engineers are responsible for the development of technical plans and specifications for construction projects. Design engineers working with precast systems need to understand the material specifications, load considerations, and design basis criteria for precast concrete. The course's focus on these topics, including geometric parameters, occupancy, and load combinations, provides a strong foundation for engineers working on precast projects. The course may be helpful for design engineers who are interested in advancing their skills in this area of specialization.

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Drafting Technician

Drafting technicians create technical drawings and plans that are used in construction. This course includes information about the creation of design and shop drawings for precast systems. This can help drafting technicians to gain knowledge of the specific requirements and standards for precast structures. A drafting technician who wants to work with precast concrete could find this course useful. Drafting technicians may find this course helpful to expand their knowledge of design for precast systems.

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Materials Engineer

Materials engineers specialize in the properties and applications of construction materials, including concrete. This course covers the material specifications and the quality control measures that are important for precast systems. This course may help a materials engineer who wants to broaden their knowledge of material use specific to precast structures. Those materials engineers who wish to focus on concrete construction may find this course useful.

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Building Inspector

Building inspectors examine construction projects to ensure adherence to building codes and regulations. This course covers various aspects of precast construction, from production to erection, including quality inspection and tolerances, which should be helpful for building inspectors who oversee projects that make use of precast elements. This course may be useful to building inspectors who want to gain a deeper understanding of precast systems, particularly in regards to inspection, quality and standards.

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Construction Estimator

Construction estimators prepare cost estimates for projects, including materials, labor, and equipment. To do this effectively, a construction estimator must understand the full scope of precast system production, from design and shop drawings to casting and erection, including the costs associated with materials and processes. The course covers all these elements. A construction estimator who takes this course will have a greater understanding of the cost drivers of precast projects. Construction estimators who wish to work on precast projects may find this course useful.

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Pile Construction Engineer

Pile construction engineers oversee the design and construction of pile foundations. While not a primary focus of the course, understanding the production, storage, and delivery of precast elements is very helpful, even when those elements aren't part of a pile system. This course covers the production process, material specifications, and handling of precast components that may be useful for pile construction engineers who want to broaden their skills and understanding. This course may be very helpful for pile engineers who work with precast elements.

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Geotechnical Engineer

Geotechnical engineers focus on the behavior of earth materials and foundations and often work on projects involving precast elements. While the primary focus is not on geotechnical engineering, this course's coverage of concrete casting, curing, and inspection processes, particularly for foundations and substructures, may be helpful. The course's mention of standards for concrete and for design may be useful, though the focus of the course is on precast systems. This course may be beneficial to geotechnical engineers who want to broaden their understanding of precast systems.

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Construction of Precast System

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What's inside

Syllabus

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Reviews summary

Overview of precast system construction

Activities

Career center

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