30 tools for this part of the work. Skills load themselves when the conversation matches; commands are typed with a slash; agents review in their own context and report back.
Read any consultant's drawing against the architectural set
Read an engineer's calculation for its inputs, not its arithmetic
Read a cut sheet for what the building has to give the equipment
Read an engineer's schedule for what it means to the architecture
Put structural systems side by side on what each does to the architecture
Build a separation for sound, where the flanking path decides the result
Check an axially loaded column with the values your standard gives
Lay out an electrical room around the clearances that cannot be built on
Hold space for the shaft, the pit, the overrun, and the machine
Check a spread footing against the bearing value your report gives
Size a plant room for the equipment, the air, and getting it back out again
Total a panel's connected load and apply your demand factors
Compute zone outdoor-air rates from the table you supply
Read an electrical panel schedule and say what it means for the architecture
Read an MEP riser diagram and find where it disagrees with the plans
Find every hole through an assembly and say what closes it, and to what
Add up what has to fit in a shaft, plus the room to install and reach it
Read a structural set against the architectural, from the architect's side
An acoustician's gut-check on an assembly or noise study
A commissioning agent on whether the building will do what the drawings claim
A vertical transportation consultant on whether the cars and the shafts work
A fire-protection engineer's gut-check on sprinkler and alarm design
A lighting designer on what the space will look like, not what it measures
A senior MEP engineer's gut-check on drawings and schedules
A senior structural engineer's gut-check on load path and lateral