arrow_back
Module 1: Introduction to Infrastructure MEP Utility Design
Module-1-Introduction-to-Infrastructure-MEP-Utility-Design
All From Module 1
Scope of infrastructure MEP design
Difference between building services and infrastructure utilities
Wet utilities vs dry utilities
Utility corridor planning
External utility coordination
Design stages: concept, schematic, detailed design, tender, and construction
Interface with roads, structures, landscape, and authority requirements
Common infrastructure drawings and documents
Module 2: Potable Water Supply Network Design
Module-2-Potable-Water-Supply-Network-Design
All From Module 2
Water demand calculation
Population-based water demand
Domestic, commercial, irrigation, and fire demand separation
Peak factor and daily demand
Pipe material selection
Pipe sizing principles
Pressure requirements
Valve chambers and isolation strategy
Air valves, washout valves, and pressure reducing valves
Water meter chambers
Authority connection requirements
Design of water distribution layout
Module 3: Sewerage Network Design
Module-3-Sewerage-Network-Design
All From Module 3
Sewer flow generation
Population equivalent calculation
Domestic sewage flow estimation
Infiltration allowance
Peak sewage flow
Gravity sewer design principles
Minimum velocity and self-cleansing velocity
Maximum velocity control
Pipe slope and invert level calculation
Manhole spacing and depth
Drop manholes
House connection chambers
Sewer crossing with other utilities
Connection to existing sewer mains
Module 4: Stormwater Drainage Design
Module-4-Stormwater-Drainage-Design
All From Module 4
Rainfall intensity
Catchment area identification
Runoff coefficient selection
Rational method
Road drainage principles
Roof and plot runoff collection
Gullies, catch basins, and manholes
Storm pipe sizing
Open channel drainage basics
Culvert design basics
Detention and attenuation concept
Outfall design
Flood protection considerations
Coordination with road levels
Module 5: Fire Water Infrastructure Design
Module-5-Fire-Water-Infrastructure-Design
All From Module 5
Fire water demand
Fire hydrant spacing
Fire hose reel and hydrant interface
Fire water storage requirement
Fire pump flow and head requirement
Ring main concept
Isolation valve arrangement
Fire department connection
Fire water tank sizing
Fire pump room infrastructure coordination
Pressure requirements at hydrants
Fire water pipe material and burial requirements
Testing and commissioning requirements
Module 6: Irrigation Water Network Design
Module-6-Irrigation-Water-Network-Design
All From Module 6
Irrigation demand calculation
Landscape area classification
Softscape and hardscape coordination
Irrigation water source
Treated water use in irrigation
Irrigation tank sizing
Pump selection principles
Mainline and branch pipe sizing
Valve chambers and control zones
Pressure requirements
Irrigation connection points
Coordination with landscape drawings
Water conservation approach
Module 7: Gas Distribution Infrastructure Design
Module-7-Gas-Distribution-Infrastructure-Design
All From Module 7
Gas utility design overview
Gas demand estimation
Diversity factor
Gas pipe routing
Pressure tiers in gas distribution
Gas meter and regulator station location
Isolation valve requirements
Safety clearance from other utilities
Road crossing requirements
Warning tape and protection measures
Ventilation and safety considerations
Emergency isolation planning
Authority submission requirements
Module 8: Pumping Stations and Pump System Design
Module-8-Pumping-Stations-and-Pump-System-Design
All From Module 8
Types of pumping stations
Water booster pumping station
Sewage lifting station
Stormwater pumping station
Irrigation pumping system
Fire pump arrangement
Wet well and dry well concept
Pump duty point
Flow and head calculation
Static head and friction head
Pump curve understanding
Duty and standby arrangement
Control philosophy
Level control for sewage and storm systems
Emergency overflow and bypass arrangement
Access, ventilation, lifting, and maintenance requirements
Module 9: Utility Coordination, Drawings, and Authority Submission
Module-9-Utility-Coordination-Drawings-and-Authority-Submission
All From Module 9
Utility corridor planning
Horizontal and vertical clearance
Clash prevention through design coordination
Utility crossing details
Road crossing sleeves
Chamber positioning
Manhole and valve chamber coordination
Plot connection points
Setting out information
Drawing scale and sheet organization
Design report preparation
Calculation package preparation
Material schedules
Authority submission requirements
Comment response preparation
Module 10: Final Infrastructure MEP Design Project
Module-10-Final-Infrastructure-MEP-Design-Project
Students will design infrastructure utilities for a sample development such as:
Residential community
Villa development
Commercial plot
Industrial Facility
Road corridor
Mixed-use master development