Quantity Surveying/Bar-bending Schedule (B.B.S) Course from Udemy

Last Update 07-2022 (Complete Updated Course All Topics Are Fresh)

Learn Bar Bending Schedule From Scratch

Starting with understanding the Basic Of Bar Bending Schedule you will be amazed where you reach by the end of this course.

We Will Start Bar-bending From Basics For Those Who Are Beginners. And Then We Will Create B.B.S For Different Structure With The Help Of Cad And Excel.

Now Lets look About The Topics That Are Included In This Course.

Bar Bending Schedule Basic (Meter And Millimeters)

How to Find Cut Length Of Main Bars.
Bend Deductions For Different Angles.
Clear And Effective Cover.
How to Find Overlap In Different Bars.
How to Find Cut Length Of Crank Bar-Or Bent Up Bar.
How to Find Cut Length Of Rectangular Stirrups.
How to Find Cut Length Of Triangular Stirrups.
How to Find Cut Length Of Diamond Stirrups.
How to Find Cut Length Of Circular Stirrups.
How to Find Cut Length Of Chair Bar.
How to Find Cut Length Of 4 or 6 Legged Stirrups.

Bar Bending Schedule Basic (Feet And Inches)

How to Find Cut Length Of Main Bars.
How to Find Cut Length Of Crank Bar-Or Bent Up Bar.
How to Find Cut Length Of Rectangular Stirrups.
How to Find Cut Length Of Triangular Stirrups.
How to Find Cut Length Of Diamond Stirrups.
How to Find Cut Length Of Circular Stirrups.
How to Find Cut Length Of Chair Bar.
How to Find Cut Length Of 4 or 6 Legged Stirrups.

Bar Bending Schedule Sheets In Excel

How to Create B.B.S Excel Sheet (Meter And Millimeters)
How to Create B.B.S Excel Sheet (Feet And Inches)

Bar Bending Schedule For Different Structure

Bar Bending Schedule For Footing.
Bar Bending Schedule For Columns.
Bar Bending Schedule For Beams.
Bar Bending Schedule For slab.
Bar Bending Schedule For Circular Slab.
Bar Bending Schedule For Stairs.
Bar Bending Schedule For Septic Tank.
Bar Bending Schedule For Retaining Wall.
Bar Bending Schedule For Cantilever Beam.

About This Course

Comprehensive B.B.S course online with 62 HD video lectures.
B.B.S Sheets in Excel.
Drawings Of Different Structures.
Practice Questions For Your Practice.
Taught By Well Trained Professional Instructor.

What's inside

Syllabus

Basics Of Bar bending Schedule (Meter And Millimeters)

Bar Bending Schedule Basics ( Imp if you are beginners)

Bend Deductions For Different Angles (Imp For Beginners)

Clear Cover And Effective Cover.

How To Find Out Cut Length Of Main And Dist. Bars (Imp If You Are Beginners)

Overlap In Different Bars

How To Find Out Cut Length oF Bent Up / Crank Bar ( Very Imp For Beginners)

How to find out cut length of Rectangular Stirrups (Imp If You Are Beginners)

How To Find Out Cut Length Of Triangular Stirrup (Imp For Beginners)

How To Find Out Cut Length of Diamond Stirrup (Imp For Beginners)

How to Find Out Cut Length Of Circular Stirrup (Imp For Beginners)

How to Find out Cut Length Of Chair Bar (Imp For Beginners)

How To Find Out Cut Length Of 4 or 6 Legged Stirrups(Very Imp For Beginners)

if you want to slow down the pace of speaking

Bar Bending Schedule Basics ( Feet And Inches)

How to Find Cut Length Of Main Or Dist. Bars.

How to Find Cut Length Of Bent up / Crank Bar.

How to Find Cut Length Of Rectangular Stirrups.

How to Find Cut Length Of Triangular Stirrups.

How to Find Cut Length Of Diamond Stirrups.

How to Find Cut Length Of Circular Stirrups.

How to Find Cut Length Of Chair Bar.

How to Find Cut Length Of 4 or 6 Legged Stirrups.

Resources (Excel Sheets And Drawings To Download)

Here Are All Resources To Download.

Bar Bending Schedule Sheet (Meter and Millimeters)

Introduction To B.B.S Sheet.

How to Do Formatting In B.B.S Excel Sheet.

Bar Bending Schedule Sheet (Feet And Inches)

Introduction To B.B.S Sheet (F.P.S)

How to Do Formatting In B.B.S Sheet (F.P.S)

Bar-bending Schedule For Footing In Excel

Bar Bending Schedule For Footing Part 1

Bar Bending Schedule For Footing Part 2

Bar Bending Schedule For Footing Part 3

Practice Question For This Module.

Bar Bending Schedule For Columns

Bar Bending Schedule For Columns Necks

Bar Bending Schedule For Columns Part 1

Bar Bending Schedule For Columns Part 2

Bar Bending Schedule For Columns Part 3

Cutting Length Of 4 Legged Stirrups In Excel

Bar Bending Schedule For Cantilever Beam Part 3

Bar Bending Schedule For Beams

Bar Bending Schedule For Beams Part 1

Bar Bending Schedule For Beams Part 2

Bar Bending Schedule For Beams Part 3

Bar Bending Schedule For Slab

Bar Bending Schedule For Slab Drawing Overview.

Bar Bending Schedule For Slab Part 1

Bar Bending Schedule For Slab Part 2

Bar Bending Schedule For Slab Part 3

Bar Bending Schedule For Circular Slab

Bar Bending Schedule For Circular Slab Drawing Overview.

Bar Bending Schedule For Circular Slab Part 1

Bar Bending Schedule For Circular Slab Part 2

Bar Bending Schedule For Circular Slab Part 3

Bar Bending Schedule For Circular Slab Part 4

Bar Bending Schedule For Stairs.

Bar Bending Schedule For Septic Tank.

Bar Bending Schedule For Septic Tank Part 1

Bar Bending Schedule For Septic Tank Part 2

Bar Bending Schedule For Septic Tank Part 3

Bar Bending Schedule For Retaining Wall

Bar Bending Schedule For Retaining Wall Part 1

Bar Bending Schedule For Retaining Wall Part 2

Bar Bending Schedule For Cantilever Beam

Bar Bending Schedule For Cantilever Beam Drawing Overview.

Bar Bending Schedule For Cantilever Beam Part 1

Bar Bending Schedule For Cantilever Beam Part 2

Bar Bending Schedule For Stairs Drawing Overview.

Bar Bending Schedule For Stairs Part 1

Bar Bending Schedule For Stairs Part 2

Certificate Of Completion

How to Download Or Claim Certificate Of Completion.

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 Quantity Surveying/Bar-bending Schedule (B.B.S) Course with these activities:

Review Basic Geometry and Trigonometry

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Reinforce your understanding of geometry and trigonometry, which are essential for calculating cut lengths and bend deductions in bar bending schedules.

Browse courses on Geometry

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Review geometric shapes and formulas.
Practice solving trigonometry problems.
Focus on angle calculations and conversions.

Review: Manual of Engineering Drawing

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Improve your ability to read and interpret engineering drawings, which is crucial for accurate bar bending schedule preparation.

View Manual of Engineering Drawing: British and... on Amazon

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Review drawing conventions and symbols.
Practice interpreting structural drawings.
Focus on reinforcement details and specifications.

Practice Calculating Cut Lengths

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Improve your speed and accuracy in calculating cut lengths for various bar shapes and structures by working through practice problems.

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Gather practice problems from textbooks or online resources.
Calculate cut lengths for different bar configurations.
Verify your answers with solutions or a colleague.

Three other activities

Expand to see all activities and additional details

Show all six activities

Review: Reinforced Concrete Design

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Gain a deeper understanding of reinforced concrete design principles, which will enhance your ability to create accurate and efficient bar bending schedules.

View Putting Knowledge to Work on Amazon

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Read chapters related to concrete and steel properties.
Study examples of reinforced concrete design calculations.
Relate the design principles to B.B.S. requirements.

Develop a B.B.S. Template in Excel

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Create a customizable Excel template for generating bar bending schedules, which will streamline your workflow and reduce errors.

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Design the layout of the B.B.S. template.
Implement formulas for calculating cut lengths and weights.
Incorporate data validation and error checking.
Test the template with sample projects.

B.B.S. for a Small Residential Building

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Apply your knowledge by creating a complete bar bending schedule for a small residential building project, from interpreting drawings to generating the final schedule.

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Obtain architectural and structural drawings.
Identify all reinforced concrete elements.
Calculate bar lengths and quantities.
Prepare the B.B.S. using Excel or specialized software.
Review and verify the schedule for accuracy.

Career center

Learners who complete Quantity Surveying/Bar-bending Schedule (B.B.S) Course will develop knowledge and skills that may be useful to these careers:

Detailer

Detailers produce detailed drawings of structures and structural components. This course helps detailers create accurate and comprehensive bar bending schedules for reinforced concrete structures. Knowing how to calculate the cut length of various types of bars and create bar bending schedules for footings, columns, beams, slabs, stairs, septic tanks, and retaining walls, as covered in this course, is vital for preparing detailed drawings. The course is particularly useful for ensuring accuracy and compliance with structural designs.

See salaries and explore the career path for Detailer

Quantity Surveyor

The role of a quantity surveyor involves managing all costs relating to building and civil engineering projects, from the initial calculations to the final figures. This course provides a strong foundation in bar bending schedules which are essential for accurate quantity takeoffs. Knowing how to calculate the cut length of various types of bars and create bar bending schedules using both metric and imperial units, as taught in this course, is directly applicable to the tasks a quantity surveyor performs. Learning how to use CAD and Excel for B.B.S. will also boost efficiency. This course is tailored for those interested in this role.

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Estimator

Estimators analyze project plans and other documents to estimate the quantity of materials, labor, and equipment required for a project. A detailed knowledge of bar bending schedules, as taught in this course, helps ensure accurate material take-offs and cost estimations for concrete reinforcement. Knowing how to calculate the cut length of various types of bars and create bar bending schedules in both metric and imperial units, is directly applicable to estimating. This course is an asset for anyone aiming for precision in cost estimation.

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Civil Engineer

A civil engineer designs, constructs, supervises, operates, and maintains large construction projects and systems, including roads, buildings, airports, tunnels, dams, bridges, and systems for water supply and sewage treatment. This course helps civil engineers understand the structural detailing and quantity estimation aspects of reinforced concrete structures. Knowing how to prepare bar bending schedules for footings, columns, beams, slabs, stairs, septic tanks, and retaining walls, all covered in this course, is invaluable for planning. This course will be particularly useful for those involved in the execution phase of construction projects.

See salaries and explore the career path for Civil Engineer

Draftsman

Draftsmen prepare technical drawings and plans used by production and construction workers. This course helps draftsmen create accurate and detailed reinforcement drawings, including bar bending schedules. Knowing how to calculate the cut length of various types of bars and create bar bending schedules for footings, columns, beams, slabs, stairs, septic tanks, and retaining walls, all covered in this course, is invaluable for producing comprehensive drawings. This course is particularly helpful for those specializing in structural or civil drafting.

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Structural Engineer

Structural engineers analyze, design, plan, and research structural components and systems for buildings and other structures. Bar bending schedule knowledge is crucial for understanding how reinforcement is detailed and how it contributes to the overall strength and stability of a structure. This course will enable a structural engineer to better understand drawings and to optimize reinforcement design. Understanding how to calculate the cut length of various types of bars and create bar bending schedules using both metric and imperial units, is directly applicable to the tasks a structural engineer performs.

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Site Engineer

A site engineer is responsible for overseeing construction activities on-site to ensure projects are completed safely, on time, and within budget. This course provides practical knowledge about bar bending schedules, which are essential for managing reinforcement activities on-site. Having hands-on knowledge of how to find the cut length of various types of bars and creating bar bending schedules using both metric and imperial units, as taught in this course, is directly applicable to the tasks a site engineer performs. This course will greatly assist in efficient construction operations.

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CAD Technician

CAD Technicians use computer-aided design software to create detailed drawings and plans. This course helps CAD technicians specialize in creating bar bending schedules and reinforcement details for civil and structural engineering projects. Knowing how to create bar bending schedules for different structures with the help of CAD and Excel, will be extremely useful. This course is especially beneficial for enhancing your skills in structural detailing and documentation.

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Construction Manager

Construction managers plan, coordinate, budget, and supervise construction projects from start to finish. This course will equip you with the knowledge to understand and interpret bar bending schedules, ensuring that reinforcement is correctly placed and that material quantities are accurate. This knowledge provides a construction manager with a better grasp on project costs and material procurement. Understanding how to calculate the cut length of various types of bars and create bar bending schedules using both metric and imperial units, as taught in this course, is directly applicable to the tasks a construction manager performs.

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Cost Engineer

Cost engineers are involved in the cost management aspect of engineering projects, ensuring projects are completed within budget. This course will add to the skills of a cost engineer. This course provides a deeper understanding of reinforcement quantities which impacts budget and cost control. The course will be particularly useful for accurate cost forecasting and value engineering.

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Project Coordinator

Project coordinators assist project managers in organizing and managing construction projects. Understanding bar bending schedules, as this course provides, allows a project coordinator to better understand project requirements and facilitate communication between different teams. Knowing how to create bar bending schedules using both metric and imperial units is extremely useful. The course will be valuable for effective project tracking and reporting.

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Building Inspector

Building inspectors examine buildings and other structures to ensure compliance with building codes, zoning regulations, and contract specifications. Because of this course, a building inspector can better verify that reinforcement is placed correctly according to the approved bar bending schedules. The knowledge of how to find the cut length of various types of bars, as taught in this course, is critical for ensuring structural safety and code compliance. This course is essential for accurate and effective inspections.

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BIM Modeler

BIM Modelers create 3D models of buildings and infrastructure using Building Information Modeling software. A BIM Modeler can integrate reinforcement details, including bar bending schedules, into the overall BIM model. This course helps to develop precise and coordinated construction documentation. This course will be useful for enhancing BIM proficiency and collaboration.

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Scheduler

Schedulers plan and coordinate project timelines, ensuring tasks are completed efficiently and on schedule. This course may be useful for schedulers involved in construction projects, providing them with a better understanding of reinforcement activities and their impact on project timelines. The course will be valuable for improving schedule accuracy and coordination.

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Materials Engineer

Materials engineers research and develop new materials as well as test and analyze existing ones. This course may be useful for materials engineers who work with concrete and reinforced concrete, providing them with a better understanding of reinforcement detailing and quantity estimation. Understanding bar bending schedules and reinforcement requirements gives insight into material performance. This course may be valuable for those specializing in concrete and composite materials.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Quantity Surveying/Bar-bending Schedule (B.B.S) Course.

Putting Knowledge to Work

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Provides a comprehensive overview of reinforced concrete design principles. It covers topics such as material properties, structural analysis, and design of various concrete elements. It useful reference for understanding the underlying principles behind bar bending schedules and ensuring structural integrity. This book is commonly used as a textbook in civil engineering programs.

Putting Knowledge to Work

Paperback

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Putting Knowledge to Work

Kindle Edition

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Manual of Engineering Drawing

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This manual provides a comprehensive guide to engineering drawing conventions and standards. It covers topics such as orthographic projection, dimensioning, and sectioning. It is particularly useful for interpreting structural drawings and understanding reinforcement details. valuable reference for anyone involved in the preparation or interpretation of engineering drawings.

Manual of Engineering Drawing: British and...

Paperback

$$$

Quantity Surveying/Bar-bending Schedule (B.B.S) Course

What's inside

Syllabus

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Activities

Career center

Reading list

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