
Learn about plumbing standards and codes that ensure safe, efficient water systems, including IPC, UPC, and BS guidelines, covering pipe installation, pressure, sizing, testing, system protection, and AI-assisted monitoring.
Master essential plumbing definitions—potable water, water service pipes, risers, branch pipes, fixtures, static and dynamic pressure, flow rate, head pressure—and note artificial intelligence and smart sensors monitor modern systems.
Explore the main components of a water supply system and how water flows through source, storage, pumping, and distribution networks to fixtures.
Explore water pressure, flow rate, and velocity to design effective distribution. Learn how direct, gravity, and booster systems deliver water and how AI-enabled sensors optimize pressure and detect leaks.
Explore urinals as water-efficient fixtures in high-occupancy spaces, covering wall-hung and floor-mounted types, flushing methods, and AI-powered monitoring to optimize maintenance, water use, and drainage.
Explore kitchen sinks as essential fixtures, detailing water supply, drainage, materials, grease control, and AI-enabled water monitoring in residential and commercial kitchens.
Explore service sinks, or janitor sinks, for cleaning in commercial facilities; learn floor-mounted and wall-mounted types, backflow protection, hot water connections, and ai-powered building management systems for monitoring and maintenance.
Explore bidets as essential plumbing fixtures for personal cleaning, featuring stand-alone, handheld, and integrated smart options with automatic washing, heated seats, and ai-powered controls that enhance hygiene and water efficiency.
Explore drinking fountains, including wall-mounted, floor-standing, and bottle filling stations, with touchless activation, filtration, and smart monitoring, accessibility, and sustainability considerations in modern buildings.
Explore how disposers break down food waste under kitchen sinks, improving hygiene, reducing waste, and enabling AI-based monitoring of water flow, drainage, and maintenance.
Compare direct and gravity water distribution systems, noting direct reliance on municipal pressure and gravity through rooftop tanks, with implications for reliability, energy use, storage, and building suitability.
Understand hydro-pneumatic and booster pump systems that maintain stable building water pressure and pressure management with pressure tanks, control systems, and automatic pumps for high-rise, hospital, and commercial projects.
Explore how to select pipe materials for water supply, including galvanized steel, copper, plastic pipes (pvc, cpvc, hdpe), ppr, and concrete pipes, focusing on pressure, temperature, water quality, and maintenance.
Explore how pipe fittings and connections control water flow, including elbows, tees, reducers, couplings, unions, adapters, end caps, and flexible connectors, while minimizing pressure losses and ensuring reliable installation.
Select piping materials to balance performance, water quality, cost, and durability under operating conditions for water pressure. Explore corrosion and modern technologies such as HDPE, PPR, and push-fit systems.
Store water with storage tanks to balance daily demand, ensure continuous supply during peak hours and interruptions, and play a key role in reliable building water distribution.
Explore main water tank types and configurations for buildings, including underground, overhead rooftop, brake, and pressurized tanks, with single or dual tank setups for reliable, balanced supply.
Explore how pumping systems elevate water pressure and move water from lower to higher levels, balancing pressure in high-rise buildings with backup pumps, variable speed pumps, and the distribution network.
Explore various pumping systems for water distribution, including gravity tank, hydropneumatic, booster, and direct pumping, highlighting suitability by building height, demand, pressure, space, reliability, and budget.
Leverage variable speed drives, pressure-based closed-loop control, and AI optimization to manage pumping systems for on-demand water, reduced energy use, and improved reliability through smart monitoring.
Explore smart plumbing systems powered by IoT and AI, using sensors and automation to monitor live data, enable leak detection, predictive maintenance, and energy and water efficiency in modern buildings.
Perform pressure testing, leakage inspection, flushing, and commissioning to ensure safe, efficient water systems and troubleshoot issues like low pressure, leaks, and noisy pipes with smart monitoring.
Disclaimer: “This course contains the use of artificial intelligence.”
Welcome to the Complete Plumbing Design: Water Supply, AI & Smart Systems course presented by Engineering Hub Academy!
With over 50,000 students enrolled, this course is designed to give you the practical skills and knowledge you need to become a skilled Mechanical Engineer / Plumbing engineer/plumber.
This course is designed to provide a complete understanding of water supply and plumbing systems, combining traditional engineering principles with the latest advancements in AI, smart technologies, and IoT-enabled solutions. Whether you are a mechanical engineer, MEP engineer, facility professional, student, or anyone interested in building systems, this course will help you develop practical skills that can be applied to real-world projects.
Unlike traditional plumbing courses that focus only on theory, this course integrates modern engineering workflows, AI-assisted design approaches, smart monitoring technologies, and practical design examples to prepare you for today's and tomorrow's industry requirements.
What You Will Learn:
Plumbing Standards, Codes & AI-Assisted Design
Introduction to Plumbing Standards and Codes.
Water Piping System Definitions.
Water Supply System Fundamentals
Introduction to Water Supply Systems.
Main Components and Water Flow.
Water Pressure, Flow Rate, and Water Distribution.
Plumbing Fixtures & Modern Smart Fixtures
Introduction to Plumbing Fixtures.
Water Closet.
Urinals.
Lavatories.
Kitchen Sinks.
Service or Janitor Sink.
Bathtubs.
Shower Trays and Shower Systems.
Bidets.
Drinking Fountains.
Disposers.
Cloth Washers and Dish Washers.
Water Heaters.
Water Distribution Systems
Introduction to Water Distribution Systems
Direct and Gravity Distribution Systems.
Hydro-Pneumatic Systems, Booster Systems, and Pressure Management.
Pipes, Fittings, Valves & Material Selection
Introduction to Pipes and Plumbing Materials.
Pipe Fittings and Plumbing Connections.
Water Supply Valves and Flow Control.
Material Selection, Corrosion, and Modern Plumbing Technologies.
Water Storage Tanks & Smart Monitoring
Introduction to Water Storage Tanks.
Types of Water Tanks and System Configuration.
Tank Sizing, Operation, Water Quality & Smart Monitoring.
Pumping Systems & AI Optimization
Introduction to Pumping Systems.
Types of Pumping Systems.
Pump Selection and Basic Pump Calculations.
Modern Pump Control and AI Optimization.
Water Hammer & Surge Protection
Smart Plumbing Systems & IoT Integration
Testing, Commissioning & Troubleshooting
Real Design Examples & Practical Projects
Why Take This Course?
Learn both conventional and smart plumbing systems.
Understand how AI is transforming engineering workflows.
Gain practical knowledge applicable to real projects.
Improve your MEP and building services engineering skills.
Explore smart building technologies and IoT applications.
Build a strong foundation for professional growth in plumbing and water supply engineering.
Who This Course Is For
Mechanical Engineers
MEP Engineers
Plumbing Design Engineers
Facility Management Professionals
Building Services Engineers
Engineering Students and Graduates
Smart Building Enthusiasts
Anyone interested in modern plumbing systems
The course follows a practical and industry-oriented approach, explaining concepts in a clear and structured manner while connecting engineering fundamentals with modern technologies. Throughout the course, you will explore real design scenarios, practical examples, and emerging trends that are shaping the future of plumbing engineering.
By the end of this course, you will have a comprehensive understanding of water supply and plumbing design, along with valuable insights into AI-assisted engineering workflows, smart plumbing systems, and IoT-enabled building technologies.
Enroll today and take your plumbing engineering skills to the next level with modern design practices, smart systems, and AI-powered solutions.
About Us
Engineering Hub Academy, founded in July 2021, is a dynamic and innovative online platform dedicated to providing high-quality education to students from all over the world. With over 48,000 students enrolled, we are a leading provider of mechanical engineering courses.
Our team of experienced instructors and engineers bring their expertise and industry insights to each course, ensuring that our students receive a comprehensive education that prepares them for real-world challenges. Our courses are designed to be interactive and engaging, featuring a combination of lectures, exercises, and practical projects that allow students to apply what they've learned in real-world situations.
At Engineering Hub Academy, we are committed to providing an exceptional learning experience for our students. Whether you're a beginner looking to start a new career in mechanical engineering or a seasoned professional looking to expand your knowledge, we have a course that's right for you. Join us today and start your journey toward a successful career in mechanical engineering!