District Cooling System design has become an essential part of modern HVAC engineering, especially for large-scale residential, commercial, and industrial developments that require efficient and sustainable cooling solutions. As energy efficiency and smart infrastructure continue to shape the future of construction, professionals with expertise in district cooling design are increasingly in demand.

This advanced training course is designed to provide learners with practical knowledge of district cooling system planning, HVAC infrastructure, and Revit-based plant design. The course focuses on the engineering principles behind chilled water systems and guides learners through real-world design processes used in modern cooling plants.

Throughout the course, learners will gain a clear understanding of major district cooling components, including chillers, pumps, cooling towers, headers, and piping systems. You will learn how these systems work together to deliver efficient cooling across large facilities while reducing operational costs and improving energy performance.

A key strength of this course is its practical Revit application. Learners will explore how to design and model chiller plants, create equipment layouts, develop piping connections, and build complete cooling infrastructure within a professional BIM environment. The course also covers important engineering calculations such as pump head, power requirements, and system losses to strengthen technical decision-making.

This course is ideal for engineers and technical professionals seeking industry-relevant skills that combine HVAC engineering with modern digital design tools. By blending theoretical concepts with practical implementation, the course prepares learners to handle real project requirements with greater confidence and efficiency.

By the end of the training, learners will have a strong understanding of district cooling system design, Revit modelling workflows, and key engineering calculations required for large-scale cooling projects.