
Plumbing and Sanitary Design Course
Master every phase of plumbing and sanitary design, from foundational hydraulics to complex multi-story systems. This course gives you the technical skills to design water supply, drainage, stormwater, and specialized plumbing systems with confidence. Whether you're advancing your engineering career or expanding your design practice, you'll finish with job-ready expertise.
What you will learn:
You will learn to design complete plumbing systems for residential, commercial, and specialized facilities, including hospitals, laboratories, and food service kitchens. The course covers water supply sizing, drain-waste-vent layout, stormwater management, and pressure zoning for high-rise buildings. You will apply fixture unit calculations, backflow prevention standards, and code-compliant documentation practices. Water efficiency strategies, greywater reuse, and green building integration are also covered in depth. You will produce full drawing sets, write specifications, and manage interdisciplinary coordination with other trades.
How you study in practice Plumbing and Sanitary Design Course
How you practice Plumbing and Sanitary Design Course
For companies that want to train their team
With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 41 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFundamentals of Plumbing Systems
Fundamentals of Plumbing Systems
Lesson 1 • Water Supply System Basics
Introduces cold and hot water distribution from the main supply to fixtures. Provides the supply-side foundation for later design chapters.
Lesson 2 • Pipes, Fittings, and Materials
Examines pipe materials, fittings, and their selection criteria. Connects material properties to system performance and durability.
Lesson 3 • Drainage and Venting Principles
Explains gravity drainage, trap functions, and vent stack roles. Prepares students for detailed drain-waste-vent design in later chapters.
Lesson 4 • Regulatory Framework Overview
Surveys the types of codes, standards, and inspection processes governing plumbing. Establishes compliance awareness applied in every subsequent chapter.
Lesson 5 • Introduction to Plumbing Concepts
Covers the history, purpose, and scope of plumbing in buildings. Establishes vocabulary and system categories used throughout the course.
Chapter 2HideHide detailsSee detailsSanitary System Design Principles
Sanitary System Design Principles
Lesson 1 • Pipe Sizing for Sanitary Systems
Applies fixture unit totals to select correct pipe diameters for drains and vents. Ensures adequate flow capacity without oversizing.
Lesson 2 • Fixture Units and Load Calculations
Introduces drainage fixture unit values and their use in sizing pipes. Accurate load calculations are the basis for all sanitary pipe sizing.
Lesson 3 • Drain-Waste-Vent System Architecture
Details the hierarchy of drains, waste lines, and vent stacks in a complete DWV system. Builds on drainage basics to introduce full system topology.
Lesson 4 • Sanitary Layout Drawing Techniques
Translates system logic into plan-view and isometric sanitary drawings. Produces clear construction documents used by installers and inspectors.
Lesson 5 • Trap and Vent Design Details
Covers trap seal protection, vent distances, and prohibited configurations. Prevents siphonage and back-pressure failures in completed designs.
Chapter 3HideHide detailsSee detailsWater Supply System Design
Water Supply System Design
Lesson 1 • Pressure and Flow Fundamentals
Establishes hydraulic concepts including static pressure, velocity, and friction loss. These principles underpin every supply sizing decision in the chapter.
Lesson 2 • Cold Water Distribution Design
Applies pressure and demand data to size cold water mains, branches, and risers. Produces a balanced distribution network for multi-story buildings.
Lesson 3 • Hot Water System Design
Covers water heater selection, recirculation loops, and hot water pipe sizing. Ensures adequate temperature and flow at all hot water outlets.
Lesson 4 • Water Supply Fixture Units
Introduces supply fixture unit values and probability-based demand estimation. Links fixture demand to pipe sizing using standard flow tables.
Lesson 5 • Backflow Prevention and Cross-Connection
Identifies cross-connection hazards and selects appropriate backflow prevention devices. Protects potable water quality as required by health standards.
Lesson 6 • Supply System Drawing Production
Converts sizing calculations into plan and riser diagrams for cold and hot water. Completes the supply documentation set for permit submission.
Chapter 4HideHide detailsSee detailsStormwater and Roof Drainage Design
Stormwater and Roof Drainage Design
Lesson 1 • Site Stormwater Management
Addresses surface grading, catch basins, and underground conveyance for site runoff. Integrates roof drainage discharge into the site stormwater network.
Lesson 2 • Sizing Roof Drainage Systems
Applies rainfall and area data to calculate required gutter and leader sizes. Ensures drainage capacity meets design storm without ponding.
Lesson 3 • Rainfall Intensity and Runoff Concepts
Introduces rainfall intensity data, return periods, and runoff coefficients. Provides the hydrological inputs required for all stormwater sizing.
Lesson 4 • Stormwater Drawing and Documentation
Produces site drainage plans, profiles, and detail sheets for permit submission. Reinforces documentation standards established in earlier chapters.
Lesson 5 • Roof Drainage System Components
Covers roof drains, gutters, downspouts, and overflow provisions. Connects component selection to roof area and rainfall intensity inputs.
Chapter 5HideHide detailsSee detailsPlumbing for Multi-Story Buildings
Plumbing for Multi-Story Buildings
Lesson 1 • Pressure Zoning Strategies
Explains how building height creates excessive static pressure and how zones solve it. Establishes the zoning logic applied throughout the chapter.
Lesson 2 • Mechanical Room and Riser Coordination
Integrates plumbing risers with mechanical, electrical, and structural systems in shafts. Produces coordinated riser diagrams that avoid conflicts.
Lesson 3 • Water Meter and Submetering Systems
Covers master meter sizing, tenant submetering, and data logging for large buildings. Supports billing accuracy and water conservation management.
Lesson 4 • Booster Pump System Design
Covers pump selection, variable-speed drives, and pressure tank sizing for high-rise supply. Ensures consistent pressure at all floors under varying demand.
Lesson 5 • Vertical Stack and Offset Design
Addresses soil stack offsets, expansion joints, and noise control in tall buildings. Prevents structural and acoustic problems in multi-story DWV systems.
Chapter 6HideHide detailsSee detailsSpecialized Plumbing Systems
Specialized Plumbing Systems
Lesson 1 • Industrial Process Plumbing
Introduces process water supply, chemical-resistant drainage, and neutralization pits. Adapts standard plumbing design to industrial process requirements.
Lesson 2 • Healthcare Facility Plumbing
Covers medical gas rough-in, infection-control fixtures, and Legionella prevention in hospitals. Applies strict hygiene standards to supply and drainage design.
Lesson 3 • Food Service and Commercial Kitchen Plumbing
Addresses grease interceptors, pre-rinse stations, and indirect waste connections for kitchens. Ensures compliance with food hygiene and drainage standards.
Lesson 4 • Swimming Pool and Spa Plumbing
Covers recirculation, filtration, and chemical dosing piping for aquatic facilities. Applies hydraulic sizing to closed-loop pool systems.
Lesson 5 • Laboratory Plumbing Systems
Addresses pure water supply, acid waste drainage, and emergency safety fixtures in labs. Ensures safe handling of hazardous materials through proper system design.
Chapter 7HideHide detailsSee detailsWater Efficiency and Conservation Design
Water Efficiency and Conservation Design
Lesson 1 • Water Consumption Benchmarking
Establishes baseline water use by building type and occupancy to identify reduction targets. Provides the measurement foundation for all conservation strategies.
Lesson 2 • Low-Flow Fixture Selection
Compares flow rates of toilets, faucets, and showerheads against efficiency thresholds. Demonstrates how fixture selection directly reduces potable water demand.
Lesson 3 • Rainwater Harvesting Systems
Designs collection, storage, and distribution systems for harvested rainwater in non-potable applications. Integrates with roof drainage systems from earlier chapters.
Lesson 4 • Green Building Rating Integration
Maps water efficiency measures to green building rating system credit categories. Enables designers to document and certify water performance outcomes.
Lesson 5 • Greywater Reuse Systems
Covers greywater collection from lavatories and showers for toilet flushing and irrigation. Addresses treatment requirements and cross-connection prevention.
Chapter 8HideHide detailsSee detailsPlumbing Design Documentation and Coordination
Plumbing Design Documentation and Coordination
Lesson 1 • Plumbing Specifications Writing
Covers specification sections for materials, installation, and testing requirements. Ensures drawings and specifications form a complete, non-contradictory contract set.
Lesson 2 • Interdisciplinary Coordination
Addresses clash detection, coordination meetings, and drawing overlay with other trades. Prevents field conflicts that cause costly rework during construction.
Lesson 3 • Construction Administration for Plumbing
Covers shop drawing review, site observation, and punch list management during construction. Ensures installed systems match design intent and specification requirements.
Lesson 4 • Complete Drawing Set Organization
Defines the sheet types, numbering conventions, and content standards for a full plumbing set. Establishes document organization applied to all deliverables.
Lesson 5 • Permit Submission and Code Review
Prepares students to assemble permit packages and respond to plan review comments. Applies regulatory knowledge from earlier chapters to real submission scenarios.
Your valid completion certificate
This course is for you:
Civil engineers ready to specialize in building systems and plumbing design.
Architectural graduates who want to take ownership of MEP coordination decisions.
Construction managers seeking deeper technical fluency in plumbing installations.
Junior MEP designers looking to move from drafting support into lead design roles.
Career changers from contracting who want to transition into engineering design work.
Sustainability consultants expanding their expertise to include water system performance.
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