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bruikscomfort

Bruikscomfort is a concept in product design and human–computer interaction used to describe the overall ease and satisfaction of using a product or system. It combines physical ergonomics, cognitive ease, and contextual factors to capture how comfortable users feel during use. The term is most commonly found in Dutch-speaking design discourse and is often treated as a complement to usability and user experience.

Origin and scope

Bruikscomfort is employed to emphasize the enduring comfort of interaction rather than isolated performance measures. It

Dimensions

Bruikscomfort encompasses several interrelated dimensions: physical comfort (ergonomic fit, posture, minimization of strain); cognitive comfort (clarity,

Measurement and evaluation

Assessment typically relies on user feedback collected through surveys or interviews, task-based studies, and sometimes adapted

Applications and relation to accessibility

Bruikscomfort informs the design of consumer electronics, software interfaces, automotive interiors, furniture, and workplace tools. It

Critique

A primary critique is the lack of a universal definition, which can hinder comparability across studies.

is
used
by
designers
and
researchers
to
assess
how
well
a
product
supports
sustained,
stress-free
use
across
diverse
contexts,
interfaces,
and
user
groups.
While
not
always
codified
into
formal
standards,
it
serves
as
a
practical
goal
in
user-centered
design
processes.
predictability,
reduced
mental
effort);
interaction
comfort
(responsive
controls,
intuitive
gestures);
sensory
comfort
(acoustic
and
visual
comfort,
thermal
conditions);
and
environmental
or
contextual
comfort
(lighting,
noise,
social
setting).
Together,
these
aspects
aim
to
reduce
fatigue
and
frustration
while
enhancing
satisfaction
during
use.
usability
scales.
Objective
metrics
such
as
task
completion
time,
error
rates,
and
physiological
indicators
may
also
be
considered.
Because
comfort
is
subjective
and
context-dependent,
evaluation
often
combines
qualitative
and
quantitative
data.
aligns
with
accessibility
principles
by
considering
diverse
physical
abilities,
cognitive
styles,
and
environmental
conditions,
striving
to
make
products
comfortable
for
a
broad
user
base.
Cultural
differences
and
personal
preferences
also
influence
assessments,
making
standardized
measurement
challenging.