District Cooling Design is a specialised area of HVAC engineering that combines energy-efficient cooling strategies, hydraulic calculations, mechanical equipment planning and BIM-based system coordination. This course provides a structured learning experience for those who want to understand how district cooling systems are planned and modelled using Revit, with particular attention to chiller plants, pumps, cooling towers and connected piping networks.

The course begins by examining cooling tower placement and condenser pump connections, establishing an important foundation for understanding heat rejection arrangements. Learners then explore the principles of district cooling and District Cooling and Heating Systems (DCHS), including chiller energy efficiency and the practical benefits that centralised cooling systems can offer in large-scale developments.

Attention then moves to the major equipment used within a district cooling system. Learners examine chiller arrangements, capacity planning and different pump configurations, helping them understand how equipment selection and layout decisions contribute to overall system performance. This knowledge is supported by essential engineering calculations, including motor horsepower, minor head losses, major head losses and pipe sizing based on hydraulic requirements.

A significant part of the learning experience focuses on applying these concepts within Revit. Learners are introduced to inserting project files, positioning chillers and pumps, and developing organised equipment layouts within a digital BIM environment. The course then progresses to practical piping coordination, including connecting pumps to headers and creating connections to chiller condenser and evaporator inlets.

By combining engineering principles with digital design workflows, the course helps learners build a more integrated understanding of district cooling plant development. The knowledge gained can support improved technical awareness in HVAC design, mechanical services coordination and BIM-based project environments. It also provides a useful foundation for professionals seeking to strengthen their understanding of central cooling infrastructure and Revit-based mechanical system modelling.