Corner Office vs Open Floor: Same Building, Different ClimatePREVIEW

Senior staff get corner offices with
window views and low thermal load. Junior
staff sit in open-floor centres, far from
windows, with high thermal load. The
building physically embeds inequality.

Window seats provide radiant heating in
winter (solar gain is welcome) and radiant
cooling in summer (direct sun can be
shaded). Corner offices, typically
assigned to senior staff, have windows on
two walls, creating airflow and natural
light. The thermal environment is
superior: lower operative temperature,
more control over blinds, better air
movement.

Open-floor plan centres, occupied by
junior and operational staff, are
thermally harsh. No direct sun. Limited
natural ventilation. No view. Dense
occupancy. Heat from 20 people in close
proximity raises local temperature. No
windows to open. Central air handling
units control the entire zone through a
single thermostat, which responds too
slowly to local thermal stress. Research
on workplace thermal comfort shows job
satisfaction correlates with perceived
thermal control. Corner offices offer
thermal control (blinds, window opening).
Open floors do not.

In India's March-to-November heat, this
becomes a health issue. Lower-ranked
staff, already with less workplace
autonomy, also have less thermal autonomy.
They cannot adjust their immediate thermal
environment. They cannot open a window.
Their complaint about heat is often
treated as a personal discomfort rather
than a design failure. The building embeds
both organisational inequality and thermal
inequality simultaneously.

Biothermal Microconditioning equalises
thermal experience. Areca palm clusters
deployed in open-floor centres provide
person-level cooling through
evapotranspiration, shade, and humidity
buffering. Cost per cluster is low enough
to deploy across entire open floors, not
corner offices only. The system is Easy
Retrofit: one day, no structural changes,
immediate cooling measurable at breathing
zone. Equity follows physics.