This
research
paper
explains
how,
in
the
last
twenty
years,
study
and
of
product
service
systems
(PSSs)
automobile
sphere
has
experienced
high
growth
due
to
its
unique
approach
enriching
customer
value
experience,
strengthening
competence
for
both
customers
providers,
facilitating
improved
control
management
over
lifecycle.
The
review
literature
is
classified
into
four
categories:
(i)
numbers
publications
per
year,
(ii)
journal-specific
publications,
(iii)
year-wise
(iv)
based
on
applied
techniques.
integration
additional
services
proves
instrumental
improving
design,
optimizing
operations,
offering
innovative
new
services.
Additionally,
this
how
system
(PSS)
plays
an
important
role
outcomes
from
customers,
efficiency
product,
lifecycle
management.
Its
future
scope
lies
fostering
ideas,
service,
performance-based
contracts
because
PSSs
can
drive
long-term
relationships,
trust,
industry.
emphasizes
importance
user-centered
design
business
models.
primary
objective
provide
a
comprehensive
analysis
industry,
focusing
progress,
challenges,
opportunities,
with
aim
responding
evolution
consumer
behavior
through
innovations
such
as
digitalization
sustainability
integration.
The Design Journal,
Journal Year:
2024,
Volume and Issue:
27(3), P. 410 - 432
Published: Jan. 25, 2024
Emerging
technologies
have
significantly
contributed
to
the
evolution
of
traditional
product-service
systems
(PSS)
into
smart
PSS.
This
transformation
demands
a
fresh
perspective
and
more
inventive
design
approach.
In
response,
this
study
proposes
new
User-Centred
Collective
System
Design
(CSD)
framework
process
for
Smart
PSS
design,
aiming
enhance
stakeholder
engagement
during
entire
process,
thus
promoting
highly
effective
creative
solutions.
A
case
study,
titled
'Next-G
Fitness
Design',
was
carried
out
test
implement
approach,
contrasting
results
CSD
method
with
designer-centred
method.
The
outcomes
showed
marked
improvement
in
product
novelty
user
desirability
when
using
proposed
framework.
could
offer
beneficial
insights
user-centric
viewpoints
practitioners
dealing
complex
challenges
linked
design.
Abstract
Is
there
a
fundamental
“grand
unified
theory”
that
can
systematically
explain
and
predict
innovations
inventions
in
precision
medicine?
An
approach
is
more
than
70
years
old
may
be
able
to
answer
this
question.
The
Theory
of
Inventive
Problem
Solving
(TRIZ)
has
revolutionized
the
space
innovation
problem-solving
since
its
inception
mid-twentieth
century.
Based
on
analysis
hundreds
thousands
many
fields,
it
extrapolated
matrix
contradictory
patterns
(problems)
generalizable
principles
solve
these
problems.
Research
TRIZ
culminates
three
findings:
(1)
Problems
solutions
are
repeated
across
industries
sciences.
(2)
Patterns
technical
evolution
replicated
(3)
have
scientific
effects
outside
field
which
they
were
developed.
This
chapter
suggests
large
parts
Precision
Medicine
(PM)
could
interpreted
as
an
application
principles.
Basically,
PM
seen
implementation
first
principle,
segmentation.
For
example,
one
most
important
applications
PM,
targeted
cancer
therapy,
based
segmentation
tumors
or
tumor
genetics
analogous
principle
(segmentation).
Another
example
single-cell
multi-omics
subtyping
(patient,
disease
segmentation)
for
directing
state-of-the-art
therapeutics
oncology
other
medical
fields.
Artificial
intelligence
machine
learning
playing
increasing
role
process.
question
whether
further
point
way
get
side
therapies
under
control.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(6), P. 2696 - 2696
Published: March 18, 2025
Marine
microplastic
pollution
has
emerged
as
a
pressing
environmental
issue,
with
significant
implications
for
aquatic
ecosystems,
human
health
and
global
biodiversity.
Ports,
acting
semi-enclosed
environments,
are
critical
zones
where
plastic
waste,
including
microplastics,
fragments
smaller
than
5
mm,
tend
to
accumulate.
These
settings
provide
controlled
conditions
that
ideal
deploying
innovative
solutions
monitor
mitigate
the
impact
of
pollution.
This
paper
presents
design,
development
initial
testing
an
autonomous
surface
drone
engineered
specifically
collect
microplastics
in
port
environments.
Unlike
traditional
marine
drones,
this
device
operates
exclusively
at
water
surface,
leveraging
mechanical
filtration
systems
capture
quantify
fragments.
Designed
cost-efficiency,
ease
manufacturing
operational
simplicity,
aligns
principles
sustainability
scalability.
By
integrating
readily
available
materials
modular
components,
it
offers
replicable
model
addressing
localized
systems.
Expert Systems with Applications,
Journal Year:
2024,
Volume and Issue:
255, P. 124530 - 124530
Published: June 19, 2024
Integrating
smart
industrial
products
(SIPs)
into
production
processes
introduces
new
dynamics
of
capabilities
and
challenges
within
organisations.
However,
a
prevalent
issue
is
the
ad
hoc
adoption
SIPs
without
cohesive
strategy,
resulting
in
isolated
solutions
that
do
not
effectively
enhance
core
organisational
functions.
Our
research
fills
this
critical
gap
by
identifying
combining
barriers
posed
SIPs.
findings
allow
us
to
propose
framework
comprising
stages
each
main
function
needs
develop
move
from
traditional
completely
autonomous
decision-making
function.
This
evolutional
path
requires
acquires
selected
overcomes
specific
barriers.
approach
encompasses
multi-method
methodology,
commencing
with
systematic
literature
review
(SLR)
encompassing
44
papers,
leading
identification
20
23
Subsequently,
through
rigorous
content
analyses
expert
interviews,
we
formulate
framework.
paper
contributes
academia
providing
an
functions
may
follow
according
capability
they
acquire
SIP
which
should
be
surpassed
at
level.
For
managers
practice,
proposed
enables
better
understanding
stage
their
operations
will
take
(level
0)
3)
stages.
