Hvac Systems# Psychrometry, Load Colculations, Methods For Air- Conditioning, Duct Design, Maintenance and Safety. Sanitary Systems# Principles of Forced Flow in Pipes# Principles of Free (gravitationsl) Flow in Pipes, Water Supply Systems, Supply Pipes Design, Design Principles of Waste Water Systems, Waste-water Pipes Design, Drainage Pipes Design, Solar Systems, Pumps, Storage Tanks. Other Systems# Sprinkles Design Principles# Elevators Design Principles, Maintenance, Service Systems - Building Integration. Building Control and Dedicated Systems, Access Control, Fire Safety Systems, Elevator Control Systems. Design Coordination# Layout Coordination in 2d and 3d, Bim Coordination, Design and Coordination Of Spaces Dedicated to Building Systems. Learning Outcomes# at The End Of Course The Students Will Know# 1. Acquainted With All Types Of Building Systems. 2. Understand The Complexity and Importance Of Of System Design Coordination. 3. Will Be Able to Coordinate The Design Teams of The Various Systems. 4. Will Be Able to Identify Design Discrepancies Between The Different Building Systems.

Faculty: Civil and Environmental Engineering
|Undergraduate Studies |Graduate Studies
Course with no extra credit

206567 - Building Systems - Env. Control 18620