Step by Step Design & Calculation of Plumbing system-Part2/2 from Udemy

Section – 01 Introduction to Sanitary Drainage System of Buildings

Introduction
Sanitary Drainage Pipework
Drainage Systems types – Single Stack System
Drainage Systems types – One Pipe System
Drainage Systems types – Two Pipe System
Understanding Slope of a pipe Mathematically
Significance & Selection of a pipe Slope

Section – 02 Design & Calculations of Sanitary Pipes

Introduction to Sanitary Pipework
Learn 5 Steps to size Horizontal Sanitary Branches
Learn 4 Steps to size Sanitary Stacks
Learn 2 Steps to size the Building drain

Section – 03 Traps & Interceptors

Understandings Traps & its importance in Plumbing
Traps Classification
Floor Trap or Nahani Trap
Gully trap
Intercepting Trap
P Trap
Q Trap
S Trap
Understanding Interceptors & Its types
Requirement & Sizing of Grease Interceptor
Requirement & Sizing of Oil Interceptor
Requirement & Sizing of Sand Interceptor

Section – 04 Design & Calculation of Storm Water Drainage System

Introduction to Storm Water Drainage System
Collection of Stormwater (Sources & Methods )
Understanding area of Catchment & How to Calculate it
Catchment Area Calculation for Flat surface
Catchment Area Calculation for Sloped surface
Significance of Runoff Coefficient
Understanding Rainfall Intensity with example
What is Roof Gutter & Its types
Learn 4 Steps to Design Roof Gutter & Downspout
What is Primary & Secondary Roof Drain
Learn 7 Steps to Size the Roof Drainage Network
Methods of Discharging Storm Water
Rainwater Harvesting

Section – 05 Design & Calculation of Ventilation systems in Drainage system

What is Ventilation?
Why is Ventilation needed in Drainage System?
Understanding Trap Design
Methods of Ventilation in Drainage Systems
Stack Ventilation

a) Stack Venting

b) Vent Stack

c) Relief Vent

d) Yoke Vent

6. Trap Ventilation

a) Individual/Back Vent

b) Unit/Common Vent

c) Circuit/Loop Vent

d) Wet Vent

7. Design of Wet Vent

8. Design of Circuit Vent

9. Design of Vent Stack

10. Design of Unit Vent

11. Design of Individual Vent

12. An Introduction to Active Drainage Ventilation System

13. Understanding Positive Air Pressure Attenuator (P.A.P.A) & its working

14. Understanding Air admittance Valve & its working

15. Design Guidelines for Active Drainage Ventilation in High Rise Buildings

Section – 06 Design & Calculation of Basement Drainage system

An Introduction to Basement Drainage System
Design Considerations of Sump Pit
Basement Drainage Pumps – Sump Pump & Ejector Pump
Design & Calculation of Wet Pit or Sump pit (Sump Pump )
Design & Calculation of Wet Pit or Sump pit (Ejector Pump )

Section – 07 Design & Calculation of Building External Drainage system

Understanding Invert Level of Pipe
How to Calculate Invert level of Straight & Slope Pipe ?
Slope Calculation using Pipe Invert levels
Concept of External Foul Drainage system in Buildings
What is Manhole/Inspection Chamber & Its types?
Location of Manhole/Inspection Chamber
9 Important Design Considerations of Manhole/Inspection Chamber
Learn 5 Steps to Design Building External Drainage system

What's inside

Learning objectives

Learn complete building drainage system design
How to perfectly size the sanitary drainage pipes
Learn 5 steps to size horizontal sanitary branches
Learn 4 steps to size sanitary stacks
Learn 4 steps to design roof gutter & downspout
Learn 7 steps to size the roof drainage network
Methods of ventilation in drainage systems

9 important design considerations of manhole/inspection chamber
Learn 5 steps to design building external drainage system
Design & calculation of wet pit or sump pit (sump pump & ejector pump)
Rainwater harvesting
Show more
Show less

Learn complete building drainage system design
How to perfectly size the sanitary drainage pipes
Learn 5 steps to size horizontal sanitary branches
Learn 4 steps to size sanitary stacks
Learn 4 steps to design roof gutter & downspout
Learn 7 steps to size the roof drainage network
Methods of ventilation in drainage systems
9 important design considerations of manhole/inspection chamber
Learn 5 steps to design building external drainage system
Design & calculation of wet pit or sump pit (sump pump & ejector pump)
Rainwater harvesting
Show more
Show less

Syllabus

Introduction to Sanitary Drainage System of Buildings

Introduction

Sanitary Drainage Pipework

Drainage Systems types – Single Stack System

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a step-by-step approach to designing and calculating plumbing systems, which is essential for civil engineers and construction professionals

Covers sanitary drainage, stormwater drainage, ventilation, basement drainage, and external drainage systems, which are all critical components of plumbing system design

Breaks down complex calculations into manageable steps, which is helpful for students and entry-level engineers learning about plumbing system design

Explores active drainage ventilation systems and positive air pressure attenuators, which are advanced topics relevant to experienced plumbing professionals

Focuses on design considerations for manholes and inspection chambers, which are crucial for building external drainage systems in civil engineering projects

Requires learners to understand mathematical concepts related to pipe slope, which is a fundamental aspect of plumbing design and may require additional study

Reviews summary

Step-by-step plumbing drainage design

According to learners, this course provides a positive and practical deep dive into designing various plumbing drainage systems. Students appreciate the clear, step-by-step explanations and detailed calculation methods covering sanitary, storm water, basement, and external drainage, as well as ventilation systems. Many find the course comprehensive and the content directly applicable to real-world projects, making it a highly valuable resource for professionals and students in engineering fields. Some mention it's a strong continuation from Part 1, building well on foundational knowledge.

Builds effectively on the previous part of the course.

"As a follow-up to Part 1, this course continues to deliver high-quality, relevant information."

"It was a natural progression from the first part and deepened my understanding significantly."

Concepts are explained in depth.

"The explanations of drainage system types and their components like traps and interceptors were very thorough."

"Understanding the significance of runoff coefficient and rainfall intensity with examples was very detailed."

"The section on ventilation methods, including both stack and trap ventilation, was explained in detail."

"Even complex topics like active drainage ventilation are introduced clearly."

Covers a wide range of drainage and ventilation topics.

"The course covers sanitary drainage, storm water, basement drainage, and ventilation in good detail."

"It was helpful to learn about different drainage system types and traps, as well as various ventilation methods."

"From roof drainage networks to external manholes, the scope of topics is very broad and useful."

"I feel like I have a solid understanding of complete building drainage design after taking this part."

Methods for calculating pipe sizes and drainage systems are clear.

"The step-by-step approach to sizing sanitary pipes and storm water systems is excellent and easy to follow."

"I really appreciated the detailed examples for calculating invert levels and external drainage designs."

"The methods shown for designing roof gutters and downspouts made complex calculations straightforward."

"Finally, I understand how to properly size a building drain using practical steps."

Content is directly applicable to real-world projects.

"I can immediately apply the design principles and calculation methods learned here to my work projects."

"This course provided practical tools and strategies that I could apply immediately."

"The focus on practical design considerations, like sump pits and manholes, is very valuable."

"Learning the steps for external drainage design gave me the confidence to tackle real-site layouts."

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 Step by Step Design & Calculation of Plumbing system-Part2/2 with these activities:

Review Basic Plumbing Principles

Show steps

Reviewing basic plumbing principles will provide a solid foundation for understanding the design and calculation aspects covered in this course.

Browse courses on Water Supply Systems

Show steps

Review basic plumbing terminology and concepts.
Study the different types of plumbing systems.
Familiarize yourself with common plumbing materials and their applications.

Review 'Modern Plumbing Illustrated'

Show steps

Reviewing this book will provide a broader understanding of plumbing systems and their components.

View Putting Knowledge to Work on Amazon

Show steps

Read the chapters related to drainage and venting systems.
Study the illustrations and diagrams to visualize the different plumbing components.
Take notes on key concepts and design considerations.

Practice Sanitary Pipe Sizing Calculations

Show steps

Practicing sanitary pipe sizing calculations will reinforce the design principles taught in the course and improve accuracy.

Show steps

Gather example building plans and fixture unit data.
Calculate the required pipe sizes for horizontal branches, stacks, and building drains.
Compare your calculations with standard plumbing codes and guidelines.

Three other activities

Expand to see all activities and additional details

Show all six activities

Create a Presentation on Ventilation Systems

Show steps

Creating a presentation on ventilation systems will help solidify your understanding of the different methods and design considerations.

Show steps

Research the different types of ventilation systems used in drainage systems.
Prepare a presentation outlining the principles, design, and applications of each system.
Include diagrams and examples to illustrate the concepts.
Present your findings to a group of peers or colleagues.

Design a Storm Water Drainage System for a Small Building

Show steps

Designing a storm water drainage system will allow you to apply the concepts learned in the course to a practical scenario.

Show steps

Obtain the architectural plans for a small building.
Calculate the catchment area and runoff coefficient.
Determine the required size of roof gutters, downspouts, and drainage pipes.
Create a detailed drainage plan and submit it for review.

Review 'Plumbing Engineering Design Handbook, Volume 3: Special Plumbing Systems'

Show steps

Reviewing this handbook will provide in-depth knowledge of specialized plumbing systems.

View Putting Knowledge to Work on Amazon

Show steps

Focus on the sections related to basement and external drainage systems.
Study the design examples and case studies.
Compare the handbook's recommendations with the course material.

Career center

Learners who complete Step by Step Design & Calculation of Plumbing system-Part2/2 will develop knowledge and skills that may be useful to these careers:

Plumbing Designer

As a Plumbing Designer, you will create detailed plans for water supply and drainage systems in buildings. This course is directly relevant as it covers the complete building drainage system design, including sizing sanitary drainage pipes, designing roof gutters and downspouts, and sizing roof drainage networks. The course provides a step-by-step approach to designing various elements of a plumbing system, from horizontal sanitary branches to building external drainage. Furthermore, the skills learned in understanding trap design and ventilation methods are essential for a Plumbing Designer.

See salaries and explore the career path for Plumbing Designer

Sanitary Engineer

A Sanitary Engineer focuses on public health, particularly concerning water and waste management. This course directly addresses the core responsibilities of a Sanitary Engineer by teaching complete building drainage system design. The course content on designing and calculating sanitary pipes, storm water drainage systems, and ventilation systems in drainage is incredibly valuable. Learning about rainwater harvesting and basement drainage systems can help a Sanitary Engineer develop sustainable and effective solutions. The sections on traps and interceptors, as well as external drainage systems, provide practical knowledge for ensuring public health and safety.

See salaries and explore the career path for Sanitary Engineer

Drainage Engineer

Drainage Engineers design and oversee the construction of systems that manage stormwater and wastewater. This course is highly beneficial for aspiring Drainage Engineers because it teaches the design and calculation of storm water drainage systems and ventilation systems in drainage. The course is useful in sizing roof drainage networks and designing building external drainage systems including manholes. The section on basement drainage systems is also relevant. The course offers a strong foundation for managing water resources effectively.

See salaries and explore the career path for Drainage Engineer

Civil Engineer

Civil Engineers design, construct, and maintain infrastructure projects, and knowledge of drainage systems is often essential. This course may be helpful since it covers the design and calculation of drainage systems. The course includes important topics such as storm water drainage, sanitary pipe sizing, and external drainage design. Civil Engineers can use the principles taught to manage water runoff and prevent flooding in construction projects. The course also has information on ventilation and basement drainage.

See salaries and explore the career path for Civil Engineer

Mechanical Engineer

Mechanical Engineers design and oversee the manufacturing of many different systems. This course may be useful to Mechanical Engineers who work on building systems. The course covers building drainage systems, including sanitary pipes, storm water drainage, and ventilation. The course includes discussion of traps, interceptors, and external drainage systems. This knowledge can be applied to designing efficient and sustainable building infrastructure.

See salaries and explore the career path for Mechanical Engineer

Plumbing Inspector

Plumbing Inspectors ensure that plumbing systems meet safety and regulatory standards. This course offers insights into drainage system design and components. A Plumbing Inspector may find the course sections on sanitary drainage, traps, interceptors, ventilation, and external drainage useful. Learning about sump pits, ejector pumps, and manhole design can aid an inspector in evaluating installations and identifying potential issues. The knowledge gained here may allow Plumbing Inspectors to be more thorough in their work.

See salaries and explore the career path for Plumbing Inspector

Construction Manager

Construction Managers oversee construction projects, ensuring they are completed on time and within budget. Understanding the basics of drainage systems as covered in this course may prove helpful in coordinating and managing plumbing-related aspects of a building project. Topics, like storm water management, sanitary drainage, and external drainage systems, can aid in effective construction coordination. The course may provide valuable insights into building infrastructure and potential problem areas.

See salaries and explore the career path for Construction Manager

Building Inspector

Building Inspectors examine buildings and other structures to ensure compliance with building codes, local ordinances, and zoning regulations. A broad understanding of building systems, including plumbing, can be useful for this role. This course may provide Building Inspectors with some background knowledge of drainage systems, ventilation, and external drainage. The course also includes information on sump pits and manholes.

See salaries and explore the career path for Building Inspector

Facilities Manager

Facilities Managers are responsible for the upkeep and maintenance of buildings and grounds. This course may be insightful, giving Facilities Managers a better understanding of the building's drainage systems. Knowing about sanitary drainage, storm water, and ventilation systems may inform maintenance and repair decisions. It covers topics like traps, interceptors, and external drainage. This knowledge can assist them in identifying and addressing potential issues.

See salaries and explore the career path for Facilities Manager

Estimator

Estimators analyze blueprints and other documents to prepare time, cost, material, and labor estimates for construction projects. While this course focuses on design, understanding the intricacies of plumbing systems may aid in more accurate estimations for plumbing-related work. Familiarity with drainage systems and components from this course could provide a better understanding of material and labor requirements. This can assist an Estimator in creating realistic and reliable project estimates.

See salaries and explore the career path for Estimator

Sustainability Consultant

Sustainability Consultants advise organizations on how to operate in a more environmentally responsible way. This course's focus on rainwater harvesting and efficient drainage systems may give such Consultants insights into water management strategies. The course may be useful for designing building projects with more efficient drainage. The information on stormwater runoff calculation may also prove useful.

See salaries and explore the career path for Sustainability Consultant

CAD Technician

CAD Technicians use computer-aided design software to create blueprints and technical drawings. This course may provide CAD Technicians who specialize in plumbing systems with a better understanding of design principles. The course includes sections on drainage systems, ventilation systems, and external drainage systems. This knowledge may help refine the accuracy and detail of technical drawings.

See salaries and explore the career path for CAD Technician

Environmental Technician

Environmental Technicians monitor environmental conditions and sources of pollution. While this course focuses primarily on building drainage, the knowledge of storm water management and drainage systems may give an Environmental Technician insight into how buildings impact water runoff. The course includes discussion of rainwater harvesting, which Environmental Technicians may find relevant.

See salaries and explore the career path for Environmental Technician

Real Estate Developer

Real Estate Developers oversee the planning, financing, and construction of real estate projects. Understanding the fundamentals of building systems, including drainage, can be advantageous for this role. This course may be useful to Real Estate Developers seeking an overview of drainage design principles. The course covers important information on sanitary drainage, storm water, and ventilation systems.

See salaries and explore the career path for Real Estate Developer

Home Inspector

Home Inspectors evaluate the condition of residential properties, identifying potential issues for prospective buyers. A Home Inspector may find it useful to have some background on drainage systems. This course touches on sanitary drainage, storm water drainage, and basement drainage systems. The course provides a foundation for identifying potential problems in residential drainage systems.

See salaries and explore the career path for Home Inspector

Step by Step Design & Calculation of Plumbing system-Part2/2

What's inside

Learning objectives

Syllabus

Traffic lights

Save this course

Reviews summary

Step-by-step plumbing drainage design

Activities

Career center

Reading list

Share

Similar courses