This comprehensive 24-module course provides a structured and progressive journey through Autodesk Revit MEP, equipping learners with the knowledge and practical skills needed to design, analyze, coordinate, and deliver fully integrated building systems. By breaking the curriculum into focused, manageable sessions, participants gradually build mastery of mechanical, electrical, and plumbing systems while learning how to apply Building Information Modeling (BIM) principles in real-world projects.

The course begins by establishing a strong foundation in Revit’s interface, project setup, and BIM workflows. Learners are introduced to levels, grids, views, and the project browser to ensure they can confidently navigate and organize their projects. From there, each building system is explored in depth: HVAC fundamentals, ductwork and piping layouts, plumbing systems, fire protection networks, electrical distribution, circuiting, and lighting control.

As students progress, they gain fluency in placing and customizing families, configuring mechanical and electrical connectors, and performing detailed simulations such as heating and cooling load analysis, pressure loss checks, and energy modeling integrations. Coordination with architectural and structural disciplines is emphasized throughout, with dedicated modules on worksharing, linking models, shared coordinates, and resolving clashes through interference checks and visual filters.

In the latter stages of the program, students transition from system modeling to documentation and presentation. They learn to create detailed schedules, generate material takeoffs, produce construction sheets, and apply consistent annotation standards. Visualization techniques — including realistic renderings, walkthrough animations, and presentation templates — are introduced to help communicate design intent effectively.

The course culminates with a capstone project, where learners apply the full MEP workflow from initial project setup through final documentation and presentation. By the end, participants will have produced a coordinated, construction-ready model demonstrating industry-standard practices.