Formwork Practices from Coursera

Welcome to the course on “Formwork Engineering Practices”, a comprehensive course designed to equip learners with the basic knowledge and skills needed in the field of construction.

This course comprises of 6 modules,

Module 1 delves into the fundamental principles and significance of formwork in construction. This module provides a holistic understanding of formwork classifications, benefits, objectives, and strategic material selection. This module also provides insights on essential accessories, consumables, application of tools and tackles in formwork.

In Module 2, learners can have a detailed exploration on various formwork types of formwork such as conventional formwork and system formwork or Engineered formwork for foundations, walls, columns, slabs, and beams. This in-depth module has been crafted on components, assembly and deshuttering of foundation formwork, wall & column formwork. Going beyond theoretical principles, the module imparts practical insights that can be directly utilized in real-world situations.

Module 3 focuses on learning conventional formwork drawings. The module provides insight into Flex System-slab & Beam and Heavy Duty Tower system. Going beyond theoretical principles, the module imparts practical insights that can be directly utilized in real-world situations.

Module 4 delves into Formwork Planning and Monitoring, a crucial aspect in construction, encompassing the strategic configuration, scope, logistics and costing of formwork. Learners will know about design loads to be considered for formwork design, benefits of formwork design, design assumptions and design methods. Learners will be familiarized with the fundamental codal requirements for design of formwork

In Module 5, the learners will be able to explore on overall formwork cost for the project which includes material cost, labor cost, and plant & machinery cost. Formwork costing calculation exercise along with cost optimization in formwork operations will enable better understanding on formwork cost estimation and optimization.

The concluding Module 6 delves about application of specialized formwork such as tunnel formwork, climbing system for midrise and high-rise constructions, Alongside, the learners are provided with practical knowledge and skills through real-world case studies to tackle diverse challenges in construction projects."

Collectively, the Formwork Engineering Practices provides a concise and comprehensive overview of formwork systems, blending theoretical knowledge with practical applications to prepare learners for success in the construction industry. The course is developed based on the basic understanding of formwork and project experience. Good formwork system always aims for quality, safety, economical and speedy construction.

L&T Edutech offers this unique course to make you understand the basic requirements of formwork and ensure that you are ready for the industry!!!

Happy Learning!!

Target Learners:

 Post-Graduate Students of Structural Engineering

 Practicing Engineers in Structural Design

 Faculties of Civil Engineering Domain

Prerequisites:

 Engineering Mechanics

 Fundamentals in Strength of Materials & Fluid Mechanics

 Basics in Concrete Technology

 Design knowledge of Reinforced Concrete Elements

 Exposure to relevant codes and standards

What's inside

Syllabus

Formwork Basics

This module delves into fundamentals of formwork and its importance in construction. Learners will know the formwork classifications, benefits, and objectives, examining competitive areas and the strategic selection of formwork materials like timber, plywood, H-beams, steel, aluminum, essential accessories and consumables. The module also covers the application of tools, providing a holistic understanding. Additionally, learners will be familiarized with the fundamental codal requirements for formwork materials.

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Offers insights into formwork planning, monitoring, and cost estimation, which are crucial for optimizing construction efficiency and managing project budgets effectively in real-world scenarios

Provides a comprehensive overview of formwork systems, blending theoretical knowledge with practical applications, which is essential for success in the construction industry

Explores specialized formwork applications like tunnel formwork and climbing systems, offering practical knowledge through real-world case studies to tackle diverse challenges in construction projects

Covers fundamental codal requirements for both formwork materials and design, which is essential for ensuring structural integrity and compliance with industry standards

Requires prior knowledge of engineering mechanics, strength of materials, fluid mechanics, concrete technology, and reinforced concrete design, which may pose a challenge for learners without this background

Focuses on conventional formwork drawings, including Flex System-slab & Beam and Heavy Duty Tower system, which may not cover the full range of modern formwork techniques

Reviews summary

Comprehensive formwork engineering practices

According to learners, this course provides a comprehensive overview of formwork practices, covering fundamental principles, various types, planning, costing, and special applications. Students find it particularly valuable for gaining practical insights alongside theoretical knowledge, with case studies highlighted as a positive feature. Many feel it offers a solid foundation suitable for practicing engineers and post-graduate students. However, some note that it requires strong prerequisites in civil engineering fundamentals and may be less detailed for highly experienced professionals seeking advanced design specifics.

Provides a solid basis, may not be deep enough for experts.

"It's a great course to get a solid foundation in formwork."

"If you're already an experienced formwork designer, this might be too basic."

"Good for an introduction or refresh, but don't expect highly advanced design details."

Well-suited for practicing engineers and relevant roles.

"This course is highly relevant for practicing engineers in structural design."

"It solidified my understanding as a civil engineering professional."

"Recommended for anyone working in construction needing formwork knowledge."

Blends theory with practical applications and real-world examples.

"The case studies provided great practical knowledge."

"I appreciated how the course imparted practical insights directly applicable to real-world situations."

"It helped me understand how theoretical principles are used on actual sites."

Covers fundamental principles and various formwork types.

"It covers all key aspects of formwork, from basics to special types."

"I got a good overview of both conventional and system formwork."

"The modules provide a holistic understanding of formwork classifications and materials."

Demands a solid background in civil engineering fundamentals.

"Make sure you have a strong grasp of engineering mechanics and strength of materials before starting."

"The course assumes familiarity with reinforced concrete design and relevant codes."

"Without the prerequisites, some parts might be difficult to follow."

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 Formwork Practices with these activities:

Review Concrete Technology Fundamentals

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Strengthen your understanding of concrete properties and behavior, which is essential for effective formwork design and execution.

Browse courses on Concrete Technology

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Review your notes and textbooks on concrete technology.
Work through practice problems related to concrete mix design.
Research recent advancements in concrete technology.

Formwork Load Calculation Exercises

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Reinforce your ability to calculate formwork loads accurately through repetitive exercises.

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Find or create a set of practice problems involving formwork load calculations.
Solve each problem, showing all your work.
Compare your answers to solutions or consult with peers.

Review 'Formwork for Concrete Structures' by R.L. Peurifoy

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Gain a deeper understanding of formwork design principles and best practices by studying a well-regarded industry reference.

View Melania on Amazon

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Obtain a copy of 'Formwork for Concrete Structures'.
Read the chapters relevant to the course modules.
Take notes on key concepts and design considerations.

Four other activities

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Review 'Construction Methods and Management' by S.W. Nunnally

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Understand the broader context of formwork within construction projects, improving your project management skills.

View Construction Methods and Management (8th... on Amazon

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Obtain a copy of 'Construction Methods and Management'.
Focus on chapters related to concrete construction and formwork.
Relate the management principles to formwork planning and execution.

Create a Presentation on Innovative Formwork Systems

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Research and present on cutting-edge formwork technologies, expanding your knowledge beyond conventional methods.

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Research different innovative formwork systems (e.g., self-climbing, tunnel formwork).
Prepare a presentation outlining the features, benefits, and applications of each system.
Include visuals and case studies to illustrate the concepts.

Design Formwork for a Simple Concrete Slab

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Apply your knowledge by designing formwork for a practical scenario, reinforcing your understanding of design loads and material selection.

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Select a simple concrete slab design (e.g., a rectangular slab).
Determine the design loads acting on the formwork.
Select appropriate formwork materials and dimensions.
Create a detailed formwork design drawing.

Create a Formwork Safety Checklist

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Develop a comprehensive checklist to ensure safe formwork practices on construction sites.

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Research formwork safety regulations and best practices.
Compile a checklist of items to inspect before, during, and after formwork construction.
Organize the checklist for easy use on-site.

Career center

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

Formwork Designer

Formwork Designers specialize in designing formwork systems for concrete construction projects. They work closely with structural engineers and construction managers to develop safe, efficient, and cost-effective formwork solutions. The course on "Formwork Practices" is directly relevant, providing in-depth knowledge of formwork principles, design loads, and codal requirements. They can use the knowledge of formwork types, design assumptions, and design methods, as covered in the course, to create optimized formwork designs, ensuring structural integrity and safety. The course's coverage of conventional formwork drawings, Flex System, and Heavy Duty Tower systems may further refine capabilities.

See salaries and explore the career path for Formwork Designer

Structural Engineer

Structural Engineers analyze, design, and oversee the construction of structures to ensure their safety and stability. Formwork is a vital aspect of concrete construction, and expertise in formwork practices is invaluable. This "Formwork Practices" course helps build a strong foundation in the principles, design, and application of various formwork systems. The detailed exploration of formwork types, design loads, and codal requirements enables Structural Engineers to optimize formwork design, ensure structural integrity, and minimize construction costs. The course’s coverage of specialized formwork techniques, like tunnel formwork and climbing systems, is useful when working on complex projects, and is likely to set the structural engineer apart.

See salaries and explore the career path for Structural Engineer

Construction Superintendent

A Construction Superintendent oversees construction projects from start to finish, ensuring they are completed on time and within budget. This often involves managing subcontractors, coordinating schedules, and ensuring compliance with safety regulations. The course on "Formwork Practices" is directly applicable, as it provides a detailed understanding of formwork systems, which are crucial for concrete construction. Knowledge of formwork types, planning, design concepts, and cost estimation, as covered in the course, enables a Superintendent to make informed decisions regarding formwork selection, optimization, and safety protocols, leading to more efficient and cost-effective project management. The course's focus on real-world applications and case studies allows one to manage formwork related construction challenges effectively.

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Construction Manager

Construction Managers plan, coordinate, and supervise construction projects from conception to completion. They are responsible for ensuring projects are completed on time, within budget, and to the required quality standards. The "Formwork Practices" course helps build a nuanced understanding of formwork systems, crucial for effective construction management. The course provides insights into formwork planning, monitoring, cost estimation, and optimization, enabling Construction Managers to make informed decisions, optimize resource allocation, and mitigate potential risks. Modules on conventional formwork drawings and special formwork applications directly equip Construction Managers with practical knowledge to tackle diverse construction challenges and improve project outcomes. The course may also help in communicating effectively with subcontractors.

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Cost Engineer

Cost Engineers focus on the financial aspects of construction projects, including cost control, budgeting, and forecasting. They analyze project costs, identify potential cost overruns, and develop strategies to optimize resource allocation. The "Formwork Practices" course helps engineers master formwork quantity takeoff, cost estimation, and optimization techniques. The course provides detailed insights into formwork material costs, labor costs, and plant & machinery costs, enabling Cost Engineers to prepare accurate cost analyses, identify cost-saving opportunities, and improve project profitability. They may benefit from the formwork costing calculation exercise.

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Field Engineer

Field Engineers work on-site, overseeing construction activities and ensuring compliance with project plans and specifications. They are responsible for resolving technical issues, monitoring progress, and ensuring safety protocols are followed. The "Formwork Practices" course provides practical knowledge and skills in formwork construction, directly applicable to field engineering tasks. Understanding formwork types, assembly, and deshuttering, as covered in the course, allows Field Engineers to supervise formwork operations effectively, ensure quality control, and address potential issues on-site. Application of tools and tackles in formwork will be particularly helpful. The focus on real-world case studies equips the Field Engineer with skills to overcome construction challenges.

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Civil Engineer

Civil Engineers design, plan, and oversee the construction of infrastructure projects like buildings, bridges, and roads. They often specialize in areas like structural engineering, where formwork is a critical component. The "Formwork Practices" course provides foundational knowledge in formwork design, planning, and cost estimation, directly relevant to civil engineering projects. Understanding the principles of formwork design, material selection, and construction techniques discussed in the course helps Civil Engineers ensure structural integrity, optimize resource allocation, and address potential challenges in formwork applications. The course’s emphasis on codal requirements for formwork materials and design helps them adhere to industry standards.

See salaries and explore the career path for Civil Engineer

Estimator

Estimators analyze project plans and specifications to prepare detailed cost estimates for construction projects. Formwork costs are a significant component of overall project expenses, making expertise in formwork costing essential. Completing the "Formwork Practices" course helps to master formwork quantity takeoff, cost estimation, and optimization techniques. The course provides detailed insights into formwork material costs, labor costs, and plant & machinery costs, enabling Estimators to prepare accurate and competitive bids. The formwork costing calculation exercises included in the course, coupled with a focus on cost optimization, allow them to refine their estimating skills.

See salaries and explore the career path for Estimator

Civil Engineering Technician

Civil Engineering Technicians assist civil engineers with planning, designing, and overseeing the construction of infrastructure projects. They may perform site surveys, prepare drawings, and inspect construction work to ensure compliance with plans and specifications. A course like "Formwork Practices" provides a foundation for a Civil Engineering Technician to understand the practical aspects of formwork construction. The course's coverage of formwork types, assembly, and deshuttering helps technicians assist in formwork operations, ensure quality control, and address potential issues on-site. Modules on conventional formwork drawings and special formwork applications offer practical insights into diverse construction scenarios.

See salaries and explore the career path for Civil Engineering Technician

Construction Safety Officer

A Construction Safety Officer is tasked with ensuring a safe working environment on construction sites by implementing and enforcing safety regulations, conducting risk assessments, and providing safety training to workers. The "Formwork Practices" course helps the Construction Safety Officer understand potential hazards associated with formwork construction. Knowledge of formwork types, assembly, and deshuttering, as covered in the course, allows Safety Officers to identify potential risks, implement appropriate safety measures, and prevent accidents. Modules on conventional formwork drawings and special formwork applications are particularly useful, because they offer insights into complex formwork configurations and construction techniques.

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Project Engineer

Project Engineers assist in the planning, coordination, and execution of construction projects. They work closely with project managers and other team members to ensure projects are completed on time, within budget, and to the required quality standards. The "Formwork Practices" course provides a comprehensive understanding of formwork systems and their applications, essential for effective project engineering. By going through the course, project engineers understand formwork basics, design, planning, and monitoring, enabling them to contribute to project success. Project Engineers find modules on conventional formwork drawings, special formwork, and formwork cost estimation particularly relevant.

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Concrete Specialist

Concrete Specialists are experts in concrete materials, mix designs, and construction techniques. They may work for construction companies, material suppliers, or consulting firms, providing technical expertise and support to construction projects. A "Formwork Practices" course is helpful in covering key aspects of formwork design and application in concrete construction. Understanding formwork principles, material selection, and construction techniques helps Concrete Specialists optimize concrete mix designs, ensure proper placement and curing, and address potential issues related to formwork pressure and stability. Modules on codal requirements for formwork materials and design help them adhere to industry standards.

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Quality Control Engineer

Quality Control Engineers are responsible for ensuring that construction projects meet the required quality standards and specifications. They inspect materials, monitor construction processes, and conduct tests to identify and address any defects or deficiencies. This "Formwork Practices" course is useful, because it provides the knowledge needed to understand formwork systems, materials, and construction techniques. The understanding of formwork classifications, material selection, assembly, and deshuttering helps the quality control engineer assess the quality of formwork construction, identifying potential issues and ensuring compliance with standards. Focus on codal requirements makes the quality control engineer particularly effective.

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Lecturer

Lecturers in civil engineering or construction management departments at universities or technical colleges educate the next generation of construction professionals. This course on "Formwork Practices" refreshes knowledge of formwork systems, blending theoretical knowledge with practical applications. The modules cover formwork basics, planning, monitoring, cost estimation, and specialized applications. The real-world case studies and practical insights make the lecturer better equipped to teach formwork-related concepts and prepare students for success in the industry. The course's structured approach and comprehensive content help them deliver engaging and informative lectures.

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Building Inspector

Building Inspectors examine buildings and other structures to ensure compliance with building codes, zoning regulations, and safety standards. They conduct inspections at various stages of construction, from foundation to completion, to identify any violations or deficiencies. The course on "Formwork Practices" may equip building inspectors to assess the structural integrity and safety of formwork systems. Knowledge of formwork types, design concepts, and codal requirements helps them identify potential hazards, ensure compliance with regulations, and protect public safety. The course's focus on real-world case studies is useful.

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Formwork Practices

What's inside

Syllabus

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Reviews summary

Comprehensive formwork engineering practices

Activities

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