This
article
describes
an
educational
innovation
by
applying
a
virtual
reality
simulator
called
DELIVRIT
in
learning
port
logistics.
The
objective
is
to
investigate
if
immersive
technology
can
improve
the
understanding
of
logistics
concepts
and
give
more
interactive
personalized
approach
training.
A
Likert
scale
survey
was
used
find
out
appreciation
participants
about
use
this
3D
platform,
as
well
knowledge
questionnaire
observe
their
basic
concepts.
study
conducted
found
that
who
for
education
training
performed
on
tasks
where
they
technology.
Furthermore,
most
reported
positive
user
experience.
results
suggest
be
effective
tool
logistics,
improving
outcomes,
providing
Virtual
has
potential
transportation
industry,
which
lead
improvements
efficiency
effectiveness
operations
at
ports
other
hubs.
Marine Policy,
Год журнала:
2024,
Номер
161, С. 106037 - 106037
Опубликована: Фев. 8, 2024
The
shipping
industry
contributes
to
global
CO2
emissions,
raising
concerns
about
its
environmental
impact
and
the
need
for
energy-efficient
(EE)
low-carbon
(LC)
practices.
This
study
aims
discover
how
seafarers
are
aware,
knowledgeable,
motivated,
dedicated
EE
LC
processes
after
a
decade
of
enforcement
IMO
regulations.
With
purposive
sampling
strategy,
262
active
from
diverse
backgrounds
41
companies
24
countries
were
sampled.
A
mixed-methods
survey
was
conducted
determine
seafarers'
awareness
knowledge
regulations
measures
adopt
them
onboard
ships.
unveils
commendable
impacts
in
ship
operations.
Social
media
platforms
becoming
increasingly
popular
recent
years
among
as
source,
while
traditional
sources
have
diminished
importance.
Male
demonstrate
higher
compared
their
female
counterparts.
Experience
positively
correlates
with
levels,
emphasizing
importance
long-term
service
maritime
industry.
Most
consistent
beliefs
regarding
carbon
emissions
mitigation,
but
only
47%
show
significant
engagement.
Meanwhile
76%
believe
that
financial
incentives
formal
recognitions
motivate
crews
participate
actively
mitigation.
In
industry,
tailored
training
strategies
essential
addressing
gaps
promoting
sustainable
To
better
understand
operations
relation
gender,
age,
experience,
positions,
we
this
investigation
following
decade-old
Banks
et
al.
[1].
Policymakers
can
trends
by
comparing
these
areas.
Continuous
education
programs
crucial
order
promote
environmentally
friendly
practices
Furthermore,
our
identified
areas
improving
human
element
ensure
increasing
International Journal of Innovation Science,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 6, 2025
Purpose
Digital
sustainability
involves
the
ability
of
industries
and
professionals
to
adapt
rapidly
changing
technological
landscapes.
Digitalisation
artificial
intelligence
(AI)
are
expected
radically
change
maritime
industry’s
job
landscape,
especially
with
autonomous
ships.
International
organisations
currently
do
not
formalise
education
deck
officers
need
new
formal
modules.
This
study
aims
contribute
this
aspect
by
investigating
learners’
experiences
knowledge
gaps
in
fundamentals
of,
as
supported
andragogy
theory,
topics
such
computer
programming,
cybersecurity
statistics.
Design/methodology/approach
The
research
was
carried
out
at
Southampton
Solent
University,
samples
105
students
attending
various
MSc
courses
operations
cadet
courses.
data
collected
through
an
online
survey.
two
groups
were
compared
analysed
using
a
chi-square
test.
Findings
results
show
that
percentage
previous
training
statistics,
programming
37%,
13%
16%,
respectively.
officers’
same
areas
06%,
09%
09%.
used
develop
digital
module
focus
on
these
topics.
Originality/value
paper
highlights
sustainability’s
significance
adapting
Ship
management
companies
higher
institutions
must
urgently
meet
demands
digitalisation
AI
industry.
It
necessity
addressing
current
implementing
educational
modules
ensure
sustainable
development
skills
among
cadets.
WMU Journal of Maritime Affairs,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 17, 2025
Abstract
Marine
operations
are
increasingly
leveraging
AI
technologies
to
improve
performance
and
efficiency.
However,
there
many
factors
that
affect
safety,
from
the
remote
operating
centre
(ROC)
autonomous
vessels.
This
includes
both
hardware
software
augments
or
replaces
direct
human
control.
Further,
integration
of
for
autonomy
also
introduces
new
cyber
security
vulnerabilities
arising
adversarial
threats
complex
interactions
between
conventional
AI-driven
systems.
In
response,
we
propose
a
comprehensive
assessment
approach
assesses
marine
by
addressing
risks
traditional
systems
emerging
components.
this
wider
system-of-systems
view,
authors
detail
key
elements
thorough
Maritime
Autonomous
Surface
Ship
(MASS),
ROC
vessel
ecosystem
present
corresponding
mitigations
running
in
MASS.
These
penetration
tests
carried
out
on
real
instances
AI,
ROCs,
vessels
demonstrate
feasibility
impact.
individual
evaluations
then
compiled
into
single
case
study
highlights
potentially
devastating
consequences
deploying
inadequately
secured
is
used
discuss
possible
can
be
better
secure
protect
physical
digital
assets
Applied Sciences,
Год журнала:
2025,
Номер
15(7), С. 3786 - 3786
Опубликована: Март 30, 2025
Research
on
students’
immersive
experiences
with
fully
virtual
reality
(VR)
technologies
is
extensively
documented
across
diverse
educational
settings;
however,
in
maritime
higher
education,
it
remains
relatively
underrepresented.
Therefore,
by
using
segmentation
analysis,
this
study
aims
to
profile
engineering
students
at
the
Faculty
of
Maritime
Studies,
University
Rijeka,
perceived
immersion
(PIMM)
within
a
Head-Mounted
Display
(HMD)
VR
engine
room
simulator
and
explore
differences
their
learning
benefits
(PLBs),
future
behavioural
intentions
(FBI),
satisfaction
(SAT)
HMD-VR
experience.
The
sample
comprised
84
participants
who
engaged
preliminary
trials.
A
non-hierarchical
(K-mean)
cluster
combined
Elbow
method,
identified
two
distinct
homogeneous
groups:
Immersionists
Conformists.
results
an
independent
t-test
indicated
that
exhibited
significantly
scores
regarding
benefits,
intentions,
overall
than
underscore
significance
understanding
subjective
perception
implementation
further
development
education
training
(MET)
curricula.
However,
as
based
specific
case
particular
context,
result
may
not
directly
apply
broader
student
population.
Journal of Marine Science and Engineering,
Год журнала:
2023,
Номер
11(9), С. 1732 - 1732
Опубликована: Сен. 1, 2023
Firefighting
and
evacuation
training
are
important
tasks
in
maritime
education
training,
especially
for
crews
working
on
large
passenger
ships,
to
ensure
the
safety
of
vessel,
cargo
passengers.
With
evolution
virtual
reality
(VR)
technology
introduction
wearable
hardware,
a
change
paradigm
has
happened
firefighting
where
these
new
technologies
being
introduced.
This
paper
serves
as
review
use
VR
trying
answer
following
questions:
what
is
current
state
using
technology,
research
gaps
that
need
be
addressed
further
accelerate
implementation
VR?
Research
shows
other
industries
have
adopted
relatively
quickly,
but
industry
still
seems
reluctant.
As
gaps,
physics-based
modelling
fire
spread
discussed
along
with
two
topics:
lack
immersive
solutions
potential
developing
search
rescue
scenarios
onboard
ship.
Applied Sciences,
Год журнала:
2024,
Номер
14(18), С. 8208 - 8208
Опубликована: Сен. 12, 2024
The
integration
of
innovative
technologies,
such
as
Virtual
Reality
(VR),
into
maritime
education
presents
a
substantial
challenge
but
also
offers
significant
potential
for
enhancing
training
and
knowledge
transmission.
This
study
aims
to
contribute
the
existing
body
by
providing
segmented
insights
students’
Perceived
Ease
Use
(PEU)
an
immersive
engine
room
VR
simulator.
analysed
sample
58
students
from
Faculty
Maritime
Studies
at
University
Rijeka,
covering
undergraduate,
graduate,
specialized
programs.
Through
hierarchical
non-hierarchical
cluster
analyses,
two
distinct
segments
were
identified
named
Proactivists
Moderates.
findings
reveal
differences
between
extracted
sub-groups
regarding
(i)
perceived
benefits
using
simulator
in
learning
education,
(ii)
future
intention
use
technology,
(iii)
overall
experience.
Study
can
directly
aid
educators
software
developers
further
implementation
technology
education.
Discover Sustainability,
Год журнала:
2024,
Номер
5(1)
Опубликована: Дек. 3, 2024
As
the
pharmaceutical
industry
continues
to
evolve,
integration
of
Industry
4.0
technologies
has
emerged
as
a
pivotal
force
in
reshaping
conventional
practices,
and
such
it
transformative
impact
on
sustainable
development
sector.
This
interdisciplinary
literature
review
addresses
effects
industry's
workforce,
safety
concerns,
efforts,
together
with
challenges
benefits
associated
advanced
different
countries.
The
employed
research
methodologies
are
qualitative,
which
incorporate
PRISMA
or
Systematic
Reviews
Meta-Analyses.
explanatory
consists
published
data
(articles,
conference
papers,
books)
explaining
adoption
4th
revolution
by
sector
employing
qualitative
methodology
incorporates
By
filtering
out
activity,
an
inflection
point
been
determined:
COVID-19
outbreak
disruptions
brought
supply
chain
industry.
A
univariate
bibliographic
analysis
focused
meta-COVID-19
era,
were
initial
5.0.
Are
taken
into
consideration,
performed,
revealing
relationship
between
global
health
crisis
activity
country.
One
most
important
outcomes
is
that
local
Governments'
policies
initiatives
aiming
promote
improved
productivity,
efficiency,
innovation
field.
Sensors,
Год журнала:
2024,
Номер
24(20), С. 6740 - 6740
Опубликована: Окт. 20, 2024
With
the
rapid
development
of
wearable
biosensor
technology,
combination
head-mounted
displays
and
augmented
reality
(AR)
technology
has
shown
great
potential
for
health
monitoring
biomedical
diagnosis
applications.
However,
further
optimizing
its
performance
improving
data
interaction
accuracy
remain
crucial
issues
that
must
be
addressed.
In
this
study,
we
develop
smart
glasses
based
on
eye
tracking
technology.
Through
real-time
information
with
server,
realize
accurate
scene
perception
analysis
user's
intention
combine
mixed-reality
display
to
provide
dynamic
intelligent
services.
A
multi-level
hardware
architecture
optimized
processing
process
are
adopted
during
research
enhance
system's
accuracy.
Meanwhile,
combining
deep
learning
method
geometric
model
significantly
improves
ability
perceive
user
behavior
environmental
in
complex
environments.
The
experimental
results
show
when
distance
between
subject
is
1
m,
can
reach
1.0°
an
error
no
more
than
±0.1°.
This
study
demonstrates
effective
integration
AR
dramatically
functional
multiple
scenarios.
Future
will
optimize
glasses'
algorithms
performance,
their
application
daily
medical
diagnosis,
possibilities
innovative
devices
management.
