How engineers are using data to drive sustainability
Meike Borchers from WSP Parsons Brinckerhoff spoke about Integrating Sustainability Data into the modelling.
3. WOULDN’T IT BE GOOD…
3
To know the embodied carbon of
our structural designs as we
design
To generate a lifecycle carbon
footprint including embodied and
operational carbon
To be able to benchmark our
designs against others
And much later:
To comply with BREEAM/LEED etc
8. BETTER… BUT NOT PERFECT
8
IES IMPACT
Difficulty with non-thermal elements
Bespoke material build-ups
Outdated version with many errors
File exchange challenges REVIT to
IES
Convoluted model, requires
‘decluttering’ but
Decluttering means much of the
material data is lost
Requires architects to follow model
setup protocol
10. EVEN BETTER! (…AND BACK TO REVIT)
10
Focus on materials and add in use data later (2016) BEM → BIM
11. EVEN BETTER! (…AND BACK TO REVIT)
11
Still requires lots of data input by hand
12. EVEN BETTER! (…AND BACK TO REVIT)
12
Still requires lots of data input by hand
13. EVEN BETTER! (…AND BACK TO REVIT)
13
Still requires lots of data input by hand
14. WHAT’S NEXT?
14
BIM
Impacts from
Materials &
Construction
(Revit etc)
BEM
In Use Data
(IES etc)BAM!
Interoperable
Data Exchange
Or
One Tool?
Unregulated
energy
Use to validate
performance
once occupied
Benchmarks
Product data
Assessment &
Certification
Benchmarks