Design of Formwork System from Coursera

The "Design of Formwork System" course is meticulously crafted to instill a profound understanding of formwork design and its significance in construction. The course comprises four modules: In Module 1, we will delve in to the design loads, concrete pressure on formwork, and relevant codes and standards. Module 2 provides a comprehensive overview of horizontal and vertical formwork design, necessary design calculations and safety checks. Module 3 facilitates the learners to explore on the importance of formwork drawings, preparation, detailing, BOQ calculation, and formwork visualization using BIM 3D. Module 4 delves into overall formwork cost estimation, including material, labor and machinery costs, and cost optimization.

Upon completing the "Design of Formwork System" course, learners will gain a profound understanding of formwork design and its significance in construction. They will be equipped to understand design fundamentals, design of horizontal and vertical formwork applications, excel in formwork drawings, formwork costing and enabling effective cost optimization aligned with formwork design.

Target Learners:

Undergraduate students of Civil & Structural Engineering

Post-Graduate Students of Structural Engineering

Practicing Engineers in Structural Design

Faculties of Civil Engineering Domain

What's inside

Syllabus

Design Concepts in Formwork

This module delves into basics of formwork design, which includes the design loads to be considered for formwork design. Learners will know about benefits of formwork design, design assumptions, determination of concrete pressure exerted on the formwork and design methods. Learners will be familiarized with the fundamental codal requirements for design of formwork.

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Develops foundational knowledge of formwork design principles and applications

Taught by industry experts, Subject Matter Experts, ensures practical relevance

Strong alignment with undergraduate and postgraduate Civil & Structural Engineering programs

Explores formwork design in a comprehensive manner, covering both horizontal and vertical applications

Provides practical guidance on formwork drawings, preparation, and detailing

In-depth coverage of formwork cost estimation, including material, labor, and machinery costs

Reviews summary

Practical formwork design for engineers

According to learners, this course offers a highly practical and comprehensive understanding of formwork design, proving invaluable for civil and structural engineering professionals. Students particularly commend its detailed explanations of design loads, concrete pressure, and safety checks. The module on BIM 3D visualization is consistently highlighted as a standout feature, enhancing modern application. While praised for its clear and concise instruction, some suggest more hands-on practice for BOQ calculations and additional real-world costing case studies would further enrich the experience. Overall, it provides a solid foundation and practical tools for effective formwork system design and cost optimization.

Offers excellent insights into formwork visualization using modern BIM tools.

"The modules on concrete pressure and BIM 3D visualization were incredibly helpful for my daily work."

"The BIM 3D section was a standout feature."

"The BIM part was a nice addition, showing modern practices."

Provides a comprehensive understanding of essential design loads and safety checks.

"The design calculations were well explained... The cost optimization module was quite insightful."

"I learned a lot about the codal requirements and how to apply them. The instructor's explanations were clear and concise."

"Informative course for understanding formwork design. The safety checks and design loads modules were comprehensive."

Highly relevant and directly applicable for engineering professionals.

"This course provided an excellent deep dive into formwork design. The modules on concrete pressure and BIM 3D visualization were incredibly helpful for my daily work."

"Absolutely brilliant! As a structural engineer, this course filled many gaps in my knowledge... The focus on practical application and industry standards was invaluable."

"Highly practical and well-structured... The coverage of BOQ and cost optimization was very useful. I feel much more confident in approaching formwork designs now."

Offers a solid foundation, but some learners sought more advanced depth.

"While the course aims to cover formwork design, I found the explanations sometimes lacked the depth required for complex scenarios. It felt more like an introduction..."

"Good for basics, but perhaps not for in-depth mastery."

"As a structural engineer, this course filled many gaps in my knowledge, especially regarding concrete pressure..."

Could benefit from more hands-on exercises and real-world case studies.

"A good overview... but I wished there was more hands-on practice with the BOQ calculations."

"The cost estimation part could benefit from more real-world case studies beyond just theoretical calculations."

"I think more practice problems for calculations would improve the learning experience significantly."

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 Design of Formwork System with these activities:

Review static analysis and mechanics of materials

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Reviewing these prerequisites will enable you to better understand the design methods and calculation procedures used in formwork design.

Browse courses on Static Analysis

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Revisit the concepts of equilibrium, stress, strain, and deformation.
Review the methods of analyzing simple structures, such as beams, columns, and trusses.
Practice solving problems that involve the determination of forces, moments, and deflections.

Practice Sample Calculations

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Reinforce the application of design principles with some practice calculations.

Browse courses on Design Fundamentals

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Solve for minimum concrete pressure.
Calculate the required height of formwork based on concrete pressure.

Review BIM 3D Modeling Tutorial

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Visualizing formwork systems can help solidify knowledge and facilitate planning and detailing.

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Follow an online tutorial on BIM 3D modeling.
Apply the steps outlined in the tutorial to a sample formwork project to gain practical experience.

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Solve formwork design problems

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Practicing these problems will improve your understanding of the principles and techniques involved in formwork design.

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Find practice problems in textbooks, online resources, or ask your instructor for guidance.
Solve the problems step-by-step, using the principles and equations you have learned.
Check your solutions with other students or your instructor to ensure accuracy.

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

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Design of Formwork System

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What's inside

Syllabus

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Reviews summary

Practical formwork design for engineers

Activities

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