The
use
of
didactic
and
interactive
materials
is
essential
in
generating
interest
among
students
teachers
utilizing
mathematical
models
digital
technologies
for
the
educational
process.
These
create
a
dynamic
engaging
learning
environment
that
promotes
deeper
understanding
complex
concepts
fosters
passion
learning.
Additionally,
integrating
into
pilot
courses
can
assist
better
assessing
student
adjusting
teaching
strategies
accordingly
receive
valuable
insights
students'
strengths
weaknesses,
allowing
them
to
provide
targeted
support
intervention
when
needed.
In
this
context,
purpose
paper
introduce
an
approach
solving
mathematics
problems
embedded
technical
scenarios
within
defense
security
fields
with
aid
technology.
way,
visualize
abstract
concepts,
experiment
different
scenarios,
instant
feedback
on
their
understanding.
This
helps
reinforce
key
enhance
problem-solving
skills,
sparking
curiosity,
creativity,
encouraging
active
participation
collaboration.
Throughout
development
proposal,
good
practices
are
adopted,
advice
improvement
collected
while
having
wide
range
users,
giving
feedback,
discussions,
testing
(pilot)
short-term
learning/teaching/training
activities.
Processes,
Journal Year:
2024,
Volume and Issue:
12(11), P. 2334 - 2334
Published: Oct. 24, 2024
With
the
evolution
of
additive
manufacturing
technologies,
concerning
their
material
processing
techniques,
range
choices
and
deposition
speed,
3D
printers
are
extensively
employed
in
academia
industry
for
a
number
purposes.
It
is
no
longer
uncommon
to
have
portable,
desktop
printer
build
specific
designs
matter
minutes
or
hours.
The
functionality,
costs,
materials
applications
differ.
Among
several
with
variety
characteristics,
it
might
be
challenging
choose
which
one
optimal
intended
uses.
In
this
study,
commercially
available
thermoplastic
photopolymer
resin
presented
compared
user
selection.
This
article
intends
provide
end-users
fundamental
information
guidelines
via
comparison
3D-printing
technologies
technical
enabling
them
assess
select
appropriate
applications.
World Journal of Advanced Research and Reviews,
Journal Year:
2024,
Volume and Issue:
21(2), P. 1149 - 1160
Published: Feb. 21, 2024
The
integration
of
3D
printing
technology
in
the
aerospace
and
defense
sectors
has
heralded
a
paradigm
shift
manufacturing
processes,
design
capabilities,
operational
efficiency.
This
review
explores
transformative
impact
on
these
industries,
focusing
breakthroughs
applications
that
have
reshaped
traditional
methodologies.
Technological
advancements
additive
facilitated
production
complex
geometries
intricate
components
were
once
deemed
impractical
or
impossible.
Aerospace
engineers
manufacturers
are
now
leveraging
to
create
lightweight,
high-strength
structures,
optimizing
balance
between
performance
fuel
led
enhanced
aircraft
functionality,
as
well
development
unmanned
aerial
vehicles
with
unprecedented
capabilities.
Moreover,
ability
rapidly
prototype
iterate
designs
significantly
reduced
time-to-market
for
new
systems.
delves
into
case
studies
showcasing
how
streamlined
process,
enabling
quicker
adaptation
evolving
threats
technological
advancements.
In
sector,
customization
potential
revolutionized
weapons
equipment.
Tailoring
specific
mission
requirements
enhances
effectiveness
military
operations
while
reducing
costs
associated
mass
production.
also
highlights
role
advanced
sensors,
communication
devices,
protective
gear
personnel.
However,
challenges
such
material
limitations,
standardization,
certification
processes
persist.
provides
insights
ongoing
research
efforts
addressing
challenges,
aiming
further
unlock
full
defense.
offers
comprehensive
overview
current
state
defense,
emphasizing
its
manufacturing,
design,
As
continues
evolve,
is
poised
shape
future
landscape
critical
industries.
Education and Information Technologies,
Journal Year:
2024,
Volume and Issue:
29(11), P. 14091 - 14126
Published: Jan. 2, 2024
Abstract
Research
into
teachers’
concepts
and
changes
over
time
in
digital
technologies
is
crucial
for
gaining
insights
the
factors
that
shape
of
influence
their
use
classroom.
Numerous
studies
have
indicated
3D
modelling
printing
(3DMP)
contributes
to
modernization
teaching
achievement
student
learning
outcomes.
Using
a
three-wave
longitudinal
study
with
application
conceptual
metaphors
as
theoretical
background,
this
tracks
3DMP
after
training,
three
months,
one
year
experience
provides
insight
area.
The
data
was
collected
from
74
secondary
teachers
processed
using
mixed-methods
research
approach.
findings
show
gain
experience,
views
on
education
evolve.
results
include
shift
perception
reliance,
pedagogical
benefits,
potential
creative
expression,
sensitivity
printing.
our
suggest
need
continuous
technical
support
at
beginning
classroom,
so
technology
can
successfully
contribute
development
creativity
knowledge.
This
emphasizes
comprehensive
ongoing
targeted
training
enable
effectively
integrate
educational
practices,
while
fostering
addressing
complexities.
Furthermore,
sheds
light
has
implications
developments
teacher
courses,
platform,
software
development,
policy,
industry.
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(2), P. 858 - 858
Published: Jan. 8, 2023
The
dynamic
spread
of
3D
printing
technologies
and
open-source
electronics
prototyping
platforms
has
significantly
enriched
the
diversity
instruments
used
within
educational
robotics
(ER)
settings.
An
active,
low-entry-level
community
offering
ready-to-use
libraries
for
a
broad
variety
devices
assists
in
development
quite
sophisticated
projects.
However,
flipside
coin
is
represented
by
current
research
findings,
which
reveal
that
students’
interest
science,
technology,
engineering
mathematics
(STEM)
subjects
declined
across
Europe,
as
manifested
difficulties
when
approaching
scientific
topics
dealing
with
problems
phenomena
studied
from
multidisciplinary
perspective.
Consequently,
significant
percentage
youths
are
at
risk
social
exclusion
due
to
direct
relationship
between
low
academic
achievements
school
dropout.
Moreover,
learners
lack
guidance
applied
life-context
skills,
such
creative
thinking,
problem
solving,
collaboration,
highlights
need
introduce
innovative
pedagogical
approaches.
In
this
context,
design
thinking
(DT)
methodology
was
proposed
tackle
problem.
Originating
psychological
studies
on
creativity
1950s
DT
known
foster
help
develop
empathy,
promote
action-oriented
actions,
improve
meta-cognitive
awareness,
contribute
problem-solving
enhance
imagination.
last
point
supports
critical
inclusion,
teamwork
performance.
Thus,
paper
introduces
methodological
framework
combining
ER
classes.
First,
approach
problem,
teachers’
survey
data
were
collected
analysed
respondents’
level
integration
into
curricula.
Then,
work
focused
application
learning
experience
addressing
weakest
points
established
their
elaboration
through
combined
classes
context
secondary
schools.
Materials,
Journal Year:
2024,
Volume and Issue:
17(18), P. 4544 - 4544
Published: Sept. 16, 2024
Additive
manufacturing
(AM)
has
impacted
the
of
complex
three-dimensional
objects
in
multiple
materials
for
a
wide
array
applications.
However,
additive
manufacturing,
as
an
upcoming
field,
lacks
automated
and
specific
design
rules
different
AM
processes.
Moreover,
selection
processes
geometries
requires
expert
knowledge,
which
is
difficult
to
replicate.
An
data-driven
system
needed
that
can
capture
knowledge
base
apply
it
3D-printed
parts
avoid
manufacturability
issues.
This
research
aims
develop
process
within
(DFAM)
framework
Industry
4.0.
A
Genetic
Evolutionary
Feature
Weighting
technique
was
optimized
using
3D
CAD
data
input
identify
optimal
based
on
several
requirements
constraints.
two-stage
model
developed
wherein
stage
1
displayed
average
accuracies
70%
2
showed
higher
up
97.33%
quantitative
feature
labeling
augmentation
datasets.
The
steady-state
genetic
algorithm
(SSGA)
determined
be
most
effective
after
benchmarking
against
estimation
distribution
(EDA)
particle
swarm
optimization
(PSO)
algorithms,
respectively.
output
this
leads
identification
objects.
paper
presents
accurate
extended
other
3D-printing
ACS Omega,
Journal Year:
2024,
Volume and Issue:
9(40), P. 41107 - 41129
Published: Sept. 16, 2024
This
review
examines
the
convergence
of
silver
nanoparticles
(AgNPs),
three-dimensional
(3D)
printing,
and
wound
healing,
focusing
on
significant
advancements
in
these
fields.
We
explore
unique
properties
AgNPs,
notably
their
strong
antibacterial
efficacy
potential
applications
enhancing
recovery.
Furthermore,
delves
into
3D
printing
technology,
discussing
its
core
principles,
various
materials
employed,
recent
innovations.
The
integration
AgNPs
3D-printed
structures
for
regenerative
medicine
is
analyzed,
emphasizing
benefits
this
combined
approach
identifying
challenges
that
must
be
addressed.
comprehensive
overview
aims
to
elucidate
current
state
field
direct
future
research
toward
developing
more
effective
solutions
healing.
Smart Cities,
Journal Year:
2024,
Volume and Issue:
7(6), P. 3705 - 3726
Published: Dec. 2, 2024
This
work
explores
the
transformative
impact
of
3D
printing
technology
and
disaster
management
within
context
smart
cities.
By
evaluating
various
technologies,
such
as
desktop
large-scale
printers,
this
research
highlights
their
application
in
rapidly
producing
customized
structures
essential
supplies
infrastructure
components.
Methods
included
review
existing
practical
disasters
scenarios.
analysis
community
engagement
programs
that
enhance
local
preparedness
resilience
through
printing.
Case
studies
illustrate
significant
benefits
integrating
technologies
management.
Findings
indicate
while
offers
rapid
production
efficiency,
disabilities
high
initial
cost,
regulatory
issues,
need
for
skilled
operators
must
be
addressed.
study
concludes
with
strategic
collaboration
investment
education
frameworks,
can
significantly
urban
sustainability,
making
it
an
invaluable
tool
future
underscores
potential
to
aid
practices,
fostering
more
adaptive
efficient
environments.
