Journal of Manufacturing Technology Management,
Journal Year:
2024,
Volume and Issue:
35(9), P. 122 - 141
Published: July 2, 2024
Purpose
Examining
synergies
between
Lean,
Industry
4.0,
and
5.0
principles,
the
aim
is
to
showcase
how
Lean's
focus
on
people
enhances
implementations,
leading
development
of
Lean
paradigm.
In
addition,
insights
from
artisanal
industries,
like
fashion
one,
are
specifically
collected.
Design/methodology/approach
First,
a
literature
review
was
conducted
define
comprehensive
framework
understand
fits
into
Human-Centric
(HC)
paradigm
5.0.
Second,
case
study
employed
give
empirical
identify
practical
initiatives
that
brands
can
pursue,
involving
two
best-in-class
leather
goods
located
in
Italy.
Findings
A
conceptual
pave
way
for
new
defined
validated
through
study.
To
path
industry,
HC
detailed
domains
related
categories
group
practices.
The
demonstrate
actions
be
effectively
supported
by
4.0
technologies
traditional
sectors
shifting
towards
Practical
implications
proposed
practices
used
companies
facilitate
their
transition
5.0,
leveraging
Manufacturing.
Originality/value
innovative
contribution
present
work
mainly
refers
framework,
encompassing
introducing
enriches
contributions
industry.
Journal of Industrial and Production Engineering,
Journal Year:
2023,
Volume and Issue:
40(6), P. 432 - 447
Published: May 27, 2023
This
study
addresses
the
emerging
concept
of
Industry
5.0,
which
aims
to
tackle
societal
concerns
associated
with
ongoing
digital
industrial
transformation.
However,
there
is
still
a
lack
consensus
on
definition
and
scope
as
well
limited
understanding
its
technological
components,
design
principles,
intended
values.
To
bridge
these
knowledge
gaps,
conducts
content-centric
review
relevant
literature
synthesizes
evidence
develop
an
architectural
for
5.0.
The
findings
reveal
that
5.0
represents
future
transformation,
offering
potential
solutions
socio-economic
environmental
issues
were
inadequately
addressed
or
exacerbated
by
4.0.
provides
managers,
industrialists,
policymakers
comprehensive
overview
including
constituents,
smart
emphasizing
importance
stakeholder
involvement
integration
effective
governance
transformation
within
this
framework.
Journal of Cleaner Production,
Journal Year:
2023,
Volume and Issue:
417, P. 138023 - 138023
Published: July 6, 2023
Despite
the
hype
surrounding
Industry
5.0
and
its
importance
for
sustainability,
micro-mechanisms
through
which
this
agenda
can
lead
to
socio-environmental
values
are
largely
understudied.
The
present
study
strived
address
knowledge
gap
by
developing
a
strategic
roadmap
that
outlines
how
boost
sustainable
manufacturing.
first
conducted
content-centric
literature
review
identified
12
functions
inclusively
further
developed
complex
contextual
relationships
among
explained
they
should
be
synergistically
leveraged
maximize
their
contribution
sustainability.
Results
reveal
value
network
integration,
technology
governance,
business
model
innovation,
skill
development
most
driver
tangible
implications
of
Alternatively,
renewable
integration
manufacturing
resilience
dependent
hard-to-reach
5.0,
materialization
requires
major
collaboration
stakeholders.
stakeholders
leverage
technological
functional
constituents
promote
inclusively.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(18), P. 13464 - 13464
Published: Sept. 8, 2023
This
article
explores
the
possible
ramifications
of
incorporating
ideas
from
AEC
Industry
6.0
into
design
and
construction
intelligent,
environmentally
friendly,
long-lasting
structures.
statement
highlights
need
to
shift
away
current
methods
seen
in
5.0
effectively
respond
increasing
requirement
for
creative
sustainable
infrastructures.
Modern
building
techniques
have
been
made
more
efficient
because
6.0’s
cutting-edge
equipment,
digitalization,
ecologically
concerned
methods.
The
academic
community
has
thoroughly
dissected
many
benefits
5.0.
Examples
are
increased
stakeholder
involvement,
automation,
robotics
optimization,
decision
structures
based
on
data,
careful
resource
management.
However,
difficulties
implementing
principles
laid
bare
this
research.
It
calls
skilled
experts
who
latest
technologies,
coordinate
technical
expertise
stakeholders,
orchestrate
interoperable
standards,
strengthen
cybersecurity
procedures.
study
evaluates
how
well
can
create
smart,
long-lasting,
sound
goal
is
specify
these
may
revolutionize
industry.
In
addition,
research
provides
an
in-depth
analysis
industry
might
best
adopt
6.0,
underscoring
sector-wide
significance
paradigm
change.
analyzes
about
big
data
analytics,
IoT,
collaborative
robotics.
To
better
understand
potential
pitfalls
buildings,
examines
interaction
between
organizational
dynamics,
human
actors,
robotic
systems.
Journal of Operations Intelligence,
Journal Year:
2024,
Volume and Issue:
2(1), P. 95 - 113
Published: Jan. 23, 2024
The
maturation
of
the
Industry
4.0
concept
has
brought
numerous
benefits
to
human
society.
However,
it
is
not
without
its
challenges,
including
neglect
worker
welfare,
vulnerability
global
supply
chains,
and
environmental
degradation.
To
enhance
adaptability
concept,
5.0
been
developed.
As
now,
practical
implementation
yet
fully
realized.
This
paper
presents
a
novel
conceptual
framwork
analyze
evaluate
complex
interrelationships
development
factors
in
Industrial
5.0.
Through
extensive
literature
review
prolonged
interviews
with
experts,
three
critical
dimensions
their
18
key
for
have
identified.
Herein,
combination
Fermatean
Fuzzy
sets
(FFs)
Decision-Making
Trial
Evaluation
Laboratory
(DEMATEL)
employed
discern
among
these
factors,
an
Influential
Network
Relationship
Map
(INRM)
constructed
aid
decision-makers
formulating
improvement
strategies.
results
indicate
that
“Sustainable
Development”
most
influential
dimension,
“Renewable
Energy,”
“Data-Driven
Analysis
Technologies,”
“Distributed
Control”
emerging
as
significant
within
respective
dimensions.
Asia-Pacific Journal of Business Administration,
Journal Year:
2024,
Volume and Issue:
unknown
Published: May 4, 2024
Purpose
The
study
seeks
to
understand
the
possible
opportunities
that
Industry
5.0
might
offer
for
various
aspects
of
inclusive
sustainability.
aims
discuss
existing
perspectives
on
classification
technologies
and
their
underlying
role
in
materializing
sustainability
values
this
agenda.
Design/methodology/approach
systematically
reviewed
literature
based
PRISMA
protocol.
further
employed
a
detailed
content-centric
review
eligible
documents
conducted
evidence
mapping
fulfill
research
objectives.
Findings
advancement
is
currently
underway,
with
noteworthy
initial
contributions
enriching
its
knowledge
base.
Although
unanimous
definition
remains
lacking,
diverse
viewpoints
emerge
concerning
recognition
fundamental
potential
yielding
sustainable
outcomes.
expected
contribution
varies
significantly
depending
context
nature
technologies.
Practical
implications
holds
advancing
at
both
firm
supply
chain
levels.
It
envisioned
contribute
proportionately
three
dimensions.
However,
current
discourse
primarily
dwells
theoretical
conceptual
domains,
lacking
empirical
exploration
practical
implications.
Originality/value
This
comprehensively
explores
economic,
environmental
social
Despite
promise,
supporting
effectiveness
limited.
Certain
conditions
are
necessary
realize
benefits
fully,
yet
mechanisms
behind
these
require
investigation.
In
regard,
suggests
several
areas
future
research.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(4), P. 1364 - 1364
Published: Feb. 6, 2024
The
limitations
imposed
by
resource
scarcity
and
the
imperative
to
mitigate
adverse
environmental
societal
impacts
have
intensified
urgency
of
developing
more
sustainable
manufacturing
systems.
Simultaneously,
rapid
development
implementation
new
technologies
is
exacerbating
digital
divide
among
vulnerable
workers.
Concomitantly,
enabling
stemming
from
Industry
4.0
offer
significant
potential
enhance
competitiveness
However,
impact
these
on
achieving
remains
uncertain.
This
paper
embarks
a
comprehensive
exploration
address
this
knowledge
gap.
Initially,
it
assesses
suitability
each
technology
within
across
economic,
social,
dimensions
sustainability.
Subsequently,
needs
production
process
are
studied
characterize
its
performance.
For
this,
ASTM
E3012-22
standard
introduced.
Building
upon
foundation,
incorporation
5.0
introduced
guide
selection
for
sustainability
based
core
values,
encompassing
sustainability,
human-centricity,
resilience.
integration
guided
values
can
help
bridge
technological
Finally,
theoretical
framework
proposed
enable
design
systems
values.
enables
seamless
technologies,
machinery,
human
expertise
throughout
system
life
cycle.
