HVAC & MEP Engineering Insights
Practical engineering guides, standards comparisons, and industry insights from our team of MEP engineers.
Pump Head Calculation for Chilled Water Systems
Why closed loops ignore building height, which friction losses actually count, and how to land the duty point on the pump curve.
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Voltage Drop Calculation & Cable Sizing Basics
The 3% and 5% limits, imperial and metric methods, derating factors, and a worked example where run length — not current — sets the cable.
Read more →Transformer Sizing for Buildings: kVA Calculation Guide
kVA vs kW, demand and diversity factors, growth allowance and standard ratings — how building transformers are actually sized.
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Shop Drawings vs Design Drawings in MEP: What's the Difference?
Who produces each drawing set, the level of detail to expect, how approvals run, and where as-builts fit in the chain.
Read more →How Much Does MEP Design Cost? Fees & Pricing Explained
Percentage fees, per-square-foot rates and fixed fees compared — what drives the price, honest ranges, and what a proper quote must include.
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Water Supply Pipe Sizing: WSFU & Hunter's Curve Explained
How fixture units become a design flow, why demand grows slower than fixture count, and the velocity and pressure limits that fix pipe sizes.
Read more →Plumbing Drainage Design: Fixture Units, Pipe Sizing & Venting
How DFUs work, sizing branches, stacks and building drains, the slopes that keep drains self-cleansing, and the venting that protects every trap.
Read more →Fresh Air Requirements: ASHRAE 62.1 Ventilation Calculation
The Ventilation Rate Procedure step by step — the Vbz formula, typical rates by occupancy, Ez and Ev corrections, and a worked office example.
Read more →Chilled Water vs VRF: Choosing an HVAC System for Commercial Buildings
Capacity ranges where each wins, capex vs 20-year running cost, part-load behaviour, plant space, piping limits and the buildings that suit each.
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Fire Sprinkler Design Basics: NFPA 13 Hazard Classification
Hazard classes, design density and area, Hazen-Williams hydraulic calculations and proving the water supply can feed the demand.
Read more →MEP Clash Detection: How BIM Coordination Saves Rework
Hard, soft and workflow clashes, the Revit–Navisworks coordination cycle, and why LOD 300–350 is where coordination pays.
Read more →Electrical Load Calculation for Buildings: Load Schedules Explained
Connected vs demand load, demand and diversity factors, and how one schedule sizes the transformer, generator and cables.
Read more →How to Size a Generator for a Building (kW Calculation)
Essential vs full backup, running vs starting watts, motor inrush, kW vs kVA and the margins that make a standby set dependable.
Read more →Duct Sizing Guide: CFM, Friction Rate & Static Pressure
Calculate CFM from the load, pick the right friction rate and velocity limits, and size ducts that keep static pressure low.
Read more →Outsourcing MEP Design: The 10-Point Checklist Before You Hand Over a Project
Scope, deliverables, codes, BIM setup, review gates, revisions and pricing — what to pin down before outsourcing, and the red flags to trust.
Read more →ASHRAE vs CIBSE: Which Standard Should Your MEP Design Follow?
How the two frameworks differ on load methods, ventilation and energy, which markets expect which, and the rule for choosing your design basis.
Read more →What Is MEP Engineering? A Complete Guide
What mechanical, electrical and plumbing systems cover, why MEP is a quarter to half of construction cost, and when you need an MEP engineer.
Read more →What Size Air Conditioner Do I Need? (Room Size to BTU/Ton Guide)
How AC sizing works, how room size relates to BTU and tons, and why square footage alone isn't enough — with a free calculator.
Read more →How to Calculate Cooling Load for a Room (Simple Guide)
What cooling load is, what drives it, and how to calculate it step by step — with a free calculator to size your system.
Read more →Talk to Our MEP Engineering Team
Send us your brief — we'll respond with a scope, fee, and turnaround within 24 hours.