MC024-9.1 Measuring Carbon in Facade Systems: Methods, Tools and Compliance
From Embodied Carbon to Compliance — A Complete Practical Framework for Measuring and Judging a Façade’s Carbon Footprint
About This CPD
Join us for the final session of our façade technical CPD series. This session closes with a question that turns everything before it on its head: you design a façade that saves a great deal of energy over its life — a real achievement — and yet, before anyone has even moved in, it may have already done serious harm to the climate, in the carbon spent just making it and putting it up.
This course applies the exact same discipline taught throughout this CPD series — sourced data, checked quantities, engineering judgement — to an entirely new kind of number: carbon.
This session covers:
Why a façade now has a carbon question — operational carbon versus embodied carbon, why they trade off against each other, and why an efficient façade can still cost the planet
The language of carbon — operational, embodied, and whole-life carbon; the building life-cycle stages from raw material to demolition; and why upfront carbon is the priority the rules are moving to control first
How façade carbon is measured — life-cycle assessment in plain terms, the boundary and scope every carbon figure must declare, sourcing data from Environmental Product Declarations, and measuring the trade-off between operational and embodied carbon
Tools, and reading what they tell you — how a dedicated carbon programme counts, where a façade’s carbon actually hides — aluminium and glass — and the concrete levers that bring it down
Compliance: the rules, and where they are going — why regulation is shifting from operational-only to whole-life carbon, the regulatory picture across Europe, the UK, the USA, and Australia, and the honesty a fast-moving target demands
Using the same worked, practical approach as the rest of this CPD series, this session focuses on judgement — not just how to get a carbon figure, but how to weigh what it means for a real design decision.
What You'll Learn:
Distinguish operational carbon from embodied carbon, and explain why a façade's whole-life carbon requires counting both
Explain why an energy-efficient façade can still carry a large climate cost, and why the two forms of carbon trade off against each other
Follow a façade's embodied carbon through the full building life-cycle stages, from raw material extraction to end-of-life and beyond
Explain why upfront carbon — the emissions spent before a building is even occupied — is the priority the rules are moving to control first, and why a façade is a disproportionate contributor to it
Define life-cycle assessment in practical terms, and state the two choices — system boundary and scope — that any carbon figure must declare to mean anything
Source embodied carbon data from Environmental Product Declarations, and apply the same sourcing discipline used for thermal data: the most specific declaration available, always recorded
Use a dedicated carbon calculation tool with the same discipline as a thermal one: correct quantities, checked data, and engineering judgement on the result
Identify where a façade's embodied carbon actually concentrates — aluminium and glass — and apply the design levers that reduce it: recycled content, simpler build-ups, lower-carbon glazing, bio-based materials, and longer service life
Weigh the trade-off between operational and embodied carbon using the concept of carbon payback, and recognise that a higher-performing façade does not always pay back its extra embodied cost
Explain why carbon regulation is shifting from operational-only toward whole-life carbon, and why embodied carbon's share of the total is rising as buildings become more efficient and grids get cleaner
Describe the current regulatory direction of travel in Europe, the UK, the USA, and Australia, and correctly distinguish a proposed rule, a voluntary standard, and a mandatory limit in each
Apply the same honesty this course has taught throughout to a fast-moving regulatory area: verify the current position for your own project, region, and build date, rather than relying on any fixed statement of the rules
Who Should Attend:
Architects, Architectural Technologists, Envelope Designers, Façade Engineers, Building Envelope Consultants, Sustainability / ESG Consultants, Project Managers, and Design Managers.
This session is designed for anyone who specifies, calculates, or reports on a façade’s environmental performance — particularly those who need a working, practical grasp of embodied carbon rather than a policy overview.
Speakers
Eugene Korch
Programme Director, IASTEugene is a façade engineer and educator who leads educational initiatives through the Institute for Architectural Science and Technology (IAST) and Facade Intelligence, delivering training to construction professionals.
Course Schedule
Format: Online
CPD Points: 2 hours structured CPD / 2 Learning Units
Certificate: CPD certificate provided upon completion
MC024-9.1
Measuring Carbon in Facade Systems: Methods, Tools and Compliance
This course provides architects and building design professionals with practical knowledge of carbon footprint assessment for façade systems, covering the full life-cycle.
Course Fee £120
Free for FI Pro Members
