District cooling systems are at the core of sustainable HVAC solutions, offering large-scale efficiency, reduced energy consumption, and long-term operational savings. Advanced HVAC District Cooling System Designing using Revit is designed to bridge theoretical knowledge with practical applications, giving learners a step-by-step understanding of both the fundamentals and advanced design strategies.

You will start with an introduction to cooling tower placement, condenser pump integration, and the fundamentals of district cooling systems (DCS). As the course progresses, you will explore energy efficiency in chillers, the benefits of DCS, and how to plan and configure system equipment effectively. Learners will also gain expertise in chiller arrangement, pump configurations, and capacity planning — essential aspects of designing large-scale cooling infrastructure.

One of the key highlights of this course is the focus on system calculations. You will learn how to calculate motor horsepower, determine minor and major head losses, and size pipes accurately based on engineering principles. These skills are then applied in a practical Revit environment, where you will design a chiller plant, place pumps, and create precise piping connections, integrating every aspect of the system into a professional 3D model.

By the end of this course, you will have mastered both the engineering and software aspects of district cooling system design. Whether you are upgrading your HVAC expertise or working on complex infrastructure projects, this course ensures you have the technical and design skills to excel in the growing field of sustainable cooling solutions.