Comprehensive Plumbing Design Course (Calcs, CAD, Revit, AI)

Act on ideas to kick off plumbing design, using music-inspired momentum to turn concepts into practical calcs, CAD, Revit, and AI solutions from the start.

Explore the core drainage elements—air, water, and waste—and the 50–80 percent water fill rule to avoid siphoning, including gray water and storm drainage in building systems.

Examine water tanks and pumps as core components of the main water supply, including underground tanks, roof tanks, and elevated systems using gravity and potential energy.

Learn about valves and accessories in domestic water systems, including gate and ball valves, check valves, air release valves, strainers, water meters, and water hammer arrestors for safe, controlled flow.

Learn drainage fixtures through the water closet overview, covering floor standing with exposed tanks, concealed flush tanks, wall-hung systems, squat toilets, and how the flush and siphon jet drive drainage.

Explore types of cold-water systems in buildings, from direct city supply to upper and lower tank feeds, detailing valves, tanks, fixtures, and booster pumps for adequate pressure.

Explore sanitary drainage concepts, including gravity and forced building drainage, single and two‑pipe systems with roof venting, and the roles of grease interceptors, inspection chambers, manholes, and gully traps.

Learn to size water tanks by considering building type, occupancy, and supply disruption. Apply a 24-hour storage approach to a combined hotel and restaurant example.

Compute hotel and restaurant water needs for 36 hours, totaling 33,075 liters, then select two 20,000-liter BV2000 roof tanks to meet storage with ventilation space.

This lecture guides sizing the soil branch pipe using DFU values from IPC tables, avoids unavailable sizes, and sets a 4 inch stack with a 1/8 inch per foot slope.

Size vent pipes for soil branches using the developed length concept and IPC 906.1 to support a 28 DFU branch with a 4-inch stack vent from roof, preventing negative pressure.

Learn to design and size a roof storm drainage system by dividing roofs into sub-areas, calculating rainfall flow in gpm, and selecting 4 to 6 inch pipes with scoopers.

Watch a leaky faucet dilemma unfold as a homeowner weighs fixing it yourself, replacing a washer, or hiring a plumber with quick five-minute arrival and price considerations.

Annotate plumbing drawings in AutoCAD with layers, text, dimensions, symbols, and flow arrows, then generate pipe quantities using the TI Len Lisp.

Annotate plumbing drawings with linear dimensions and customized dim style, including millimeter suffixes. Clean the file with overkill, purge, and audit, then set up layouts, viewports, and plotting for publication.

Discover the Coins Translate AutoCAD add-in, a language translation tool that translates drawing text from Turkish to English within AutoCAD, with installation steps and version support through 2025.

Learn to automatically align text to curves in AutoCAD with the free HTC align text to curve addon, applying on pipes and adjusting offset and rotation.

Explore DWG compare in AutoCAD to identify updates between drawings, using color highlights and clouds to visualize modified sections, and export snapshots for documentation.

Discover how to pursue Autodesk AutoCAD and Revit certifications, requiring about 1200 hours of real-world experience, and verify credentials online via CertiPort and Credly with official modules and practice exams.

Explore Revit 2024’s home screen, recent files, and families; navigate templates, plugins, help, and forums, then start a plumbing project with the plumbing default template and set project units.

Explore essential mechanical settings for piping design, including hidden lines, view management, pipe sizing, elevations, and elbow angles, with practical steps to configure domestic cold water, sanitary, and vent systems.

Create pipe branches and rotate pipes around an axis using center of rotation, then view in section, 3d, or bx views to preview selected model parts.

Learn to create a branch from a sloped pipe using inherit elevation and size, then load valves and PPR pipes and use trim extend to connect parts.

Learn to locate and install Revit family libraries from Autodesk, import plumbing families, and model water supply and drainage piping with view range and section tools.

Link an architectural Revit model to collaborate with the architect, then pin and copy monitor the linked model. Analyze spaces to identify toilets and other rooms for plumbing workflows.

Link the rivet model, organize floor and ceiling planes into plumbing, create work sets for drainage and water supply, and set up a central file for collaboration.

Open a local Revit project, adjust visibility, model drainage pipes and ducts, and run interference checks to coordinate plumbing with mechanical work and the architectural link model.

Begin hands-on modeling in Revit by building the public toilet, applying sizing results for water supply and drainage to create an accurate architectural model.

Route the cold water supply with a 50 mm riser and a 25 mm branch to the water heater, install stop valves and 6 litre mixers, and plan drainage.

Model a cold water distribution from the riser, install isolation valves and 25 to 20 mm branch pipes to feed toilets, urinals, and mixers, using section views and 3D view.

Continue routing soil drainage pipes from toilets, substituting 90-degree elbows with 45-degree bends for easier connections. Use section and 3D views, and window tiling to select, align, and connect pipes.

Model and route soil drainage pipes from urinals in Revit using PVC, add p-traps, load BIM objects, and align unions and fittings to connect to the soil stack.