Fully online technical training designed around real industry demand, so you can specialize at your own pace.
10/31/2026
Start Date
1 month
Duration
100
Total Hours
6 Modules
Program
Duration
Total Hours
Program
Start Date
ICTESS’s BIM for Plumbing Systems Training Course delivers specialized technical training in the modeling, design and documentation of plumbing and sanitary drainage systems using Building Information Modeling (BIM). The program covers the complete MEP workflow in Autodesk Revit, from initial project setup through as-built documentation.
You will learn to create and parameterize MEP families for water systems, route piping intelligently with connections and fittings, detect and resolve clashes between systems, generate automated construction drawings with quantity schedules, and prepare models for IFC export and as-built documentation. The course includes a Capstone Project where you will apply everything you have learned to a comprehensive BIM plumbing modeling project.
BIM adoption in building services is fundamentally changing how plumbing systems are designed and built. Many public owners and agencies require BIM deliverables on their projects. A growing number of private owners and developers also require federated models, in which plumbing systems must integrate with architecture and structure without clashes.
The purpose of the course is to train professionals who can model plumbing and drainage systems in a BIM environment using professional technical criteria. You will learn to set up MEP projects with the right parameters, create custom families for plumbing fixtures and system components, route piping with correct slopes and connections, coordinate with other disciplines through clash detection, and extract automatic quantity takeoffs from the model.
The training covers advanced use of Autodesk Revit as the main modeling tool, along with BIM coordination workflows and IFC export for collaborative environments. The program concludes with a Capstone Project in which you will develop a complete BIM modeling project applying every competency you have gained.
The BIM for Plumbing Systems Course prepares you for specialized roles at MEP engineering firms, contractors with in-house technical departments, general contractors using BIM, and architecture firms integrating building systems into their models. You can work as an MEP BIM modeler, MEP coordinator, specialized BIM technician, or as-built documentation lead.
You will also build skills to work in collaborative BIM environments, coordinate federated models with architecture and structure, prepare IFC deliverables to industry standards, and produce updated as-built documentation after construction. The hands-on approach lets you apply what you learn directly to real projects in the industry.
Study from anywhere, with no commute. Fit this technical specialization around your current work schedule.
Plan your study time around your own availability. Move through the modules at your own pace and go back to any topic you want to reinforce.
Learn with the industry-standard tool, modeling real building systems with professional workflows.
Technical video lessons, regularly updated downloadable materials, forums with specialized instructors and hands-on exercises.
With ICTESS, you will receive specialized technical training focused on professional practice and designed to help you master the BIM skills that the plumbing and building construction industry demands.
What you'll achieve
Create and parameterize MEP families for plumbing systems, including plumbing fixtures, valves, fittings and system components with configured connectors.
Route domestic cold water, hot water and sanitary drainage piping intelligently, applying slopes, automatic connections and layout criteria based on IPC and UPC requirements.
Run clash detection between plumbing systems and other disciplines (structure, HVAC, electrical), generating reports and proposing solutions.
Generate automated construction drawings with views, sections, construction details and material quantity schedules extracted directly from the BIM model.
Prepare models for IFC export according to data exchange standards and produce updated as-built documentation for the building’s operations and maintenance phase.
BIM has become a standard across the construction industry. Many public owners require BIM deliverables, and the private sector keeps adopting these workflows to improve coordination between disciplines. Plumbing systems, traditionally modeled on their own, must now integrate into federated models where clash detection is critical.
Shortage of MEP-specialized BIM modelers: The job market lacks professionals who can model systems using plumbing technical criteria, not just generic Revit knowledge. Employers look for profiles that master both the software and the technical fundamentals of water supply and drainage systems to build useful, coordination-ready models.
Fewer field errors and cost overruns: Projects with BIM-modeled building systems significantly reduce the clashes found during construction. Anticipating conflicts between plumbing, HVAC, electrical and structure lets teams solve problems in the design phase, avoiding costly field changes during construction.
As-built documentation as a contract requirement: More and more contracts require updated BIM models after construction for the building’s operations and maintenance phase, often with COBie data for handover. Professionals who can manage this as-built documentation bring distinctive value to projects that include facility management afterward.
Mastery of Revit as a professional tool: Advanced command of Revit for plumbing systems sets you apart in hiring processes. Employers look for professionals who can model with technical criteria, not just basic software operators.
Recognized professional certificate: ICTESS’s professional certificate validates your technical specialization in BIM for plumbing, strengthening your position in the job market and demonstrating your skills to employers in building services and construction.
This course is designed for technical professionals who want to specialize in the BIM modeling of plumbing and sanitary drainage systems in building projects. Recommended profiles include:
Program details
The Capstone Project is the culminating stage of the training and represents the practical integration of every technical competency developed throughout the program. It consists of a complete BIM model of the plumbing systems for a typical building, from initial project setup through technical documentation, applying the professional methodologies and workflows used at MEP engineering firms.
The project includes setting up MEP templates with parameterized families and fully modeling the domestic cold water, domestic hot water and sanitary drainage systems, with fixtures, pipes and fittings correctly connected. You will run clash detection against other disciplines (structure, HVAC), generate interference reports with proposed solutions, create floor plans, sections and details with material quantity schedules, and prepare the model for IFC export.
The project also covers as-built documentation that simulates post-construction updates, along with verification against BIM delivery standards. The final documentation must meet the technical level and professional format that collaborative BIM environments demand, demonstrating your ability to produce coordination-ready models and complete technical documentation that could be integrated into real BIM building projects.
ICTESS’s BIM for Plumbing Systems Training Course focuses on Autodesk Revit as the main modeling tool, the industry-standard software for building systems in a BIM environment. You will learn to set up MEP projects with plumbing-specific templates, create and parameterize families for plumbing fixtures and fittings with connectors, route piping intelligently with slopes and automatic connections, run clash detection with Navisworks or Revit’s native tools, and prepare models for IFC export. The approach is highly practical, using real plumbing system cases in residential and commercial buildings so you master both the software and the MEP modeling criteria.
Basic Revit knowledge or prior experience with 3D modeling software is recommended, although you do not need to be an advanced user. The course is designed for plumbing and building services professionals who want to bring BIM into their professional practice. If you have experience with AutoCAD, technical drafting or building systems projects, you will be able to follow the program without difficulty. The content starts with MEP-specific setup and progresses toward more complex features such as parameterized families, clash detection and IFC export. You should be able to read plumbing drawings and know the basic components of water supply and drainage systems.
ICTESS’s professional certificate documents your technical specialization in BIM modeling of plumbing systems, and industry employers value it as high-value continuing education. It is not an accredited academic degree or an official Autodesk certification, but it validates highly specific, in-demand skills: MEP modeling in Revit, parameterized family creation, clash detection, technical documentation and collaborative workflows. Engineering firms, general contractors that have adopted BIM and contractors bidding on public projects especially value this hands-on training because it shows a real ability to join BIM teams and add value from day one.
The BIM for Plumbing Systems Training Course stands out for its specialized focus on plumbing systems and its orientation toward plumbing industry professionals. Generic Revit courses cover the software broadly, while this program focuses only on modeling domestic cold water, hot water and sanitary drainage systems with professional technical criteria. The content includes creating plumbing-specific MEP families with correctly configured connectors, routing piping with slopes based on the IPC and UPC, coordinating with other systems through clash detection, and producing technical documentation with quantity schedules. This specialization lets you add real value to building projects, not just as a software operator but as a technician who can build coordination-ready models.
