International Journal of Management & Entrepreneurship Research,
Год журнала:
2024,
Номер
6(5), С. 1512 - 1532
Опубликована: Май 4, 2024
Sustainable
Architecture:
Envisioning
Self-Sustaining
Buildings
for
the
Future
explores
imperative
sustainable
design
practices
in
construction
industry.
With
global
environmental
challenges
becoming
increasingly
urgent,
need
buildings
that
are
not
just
energy-efficient
but
also
self-sustaining
is
paramount.
This
report
delves
into
principles,
technologies,
and
strategies
can
transform
traditional
structures
reduce
impact
enhance
quality
of
life.
The
begins
by
highlighting
pressing
architecture,
emphasizing
role
contributing
to
carbon
emissions,
resource
depletion,
degradation.
It
then
outlines
key
principles
including
energy
efficiency,
water
conservation,
waste
reduction,
use
environmentally
friendly
materials.
A
major
focus
on
innovative
technologies
be
employed
create
buildings.
These
include
passive
such
as
orientation,
shading,
natural
ventilation,
well
active
like
solar
panels,
rainwater
harvesting
systems,
green
roofs.
Case
studies
successful
from
around
world
illustrate
practical
application
these
technologies.
Finally,
discusses
barriers
implementing
cost
considerations,
lack
awareness,
regulatory
hurdles.
concludes
with
a
call
action
stakeholders
industry
embrace
work
towards
creating
built
environment
regenerative,
positively
planet
its
inhabitants.
"Sustainable
Future"
provides
comprehensive
overview
drive
transition
more
environment.
serves
valuable
architects,
designers,
policymakers,
anyone
interested
future.
Keywords:
Sustainability,
Building,
Future,
Architecture.
Engineering Science & Technology Journal,
Год журнала:
2024,
Номер
5(4), С. 1415 - 1430
Опубликована: Апрель 17, 2024
This
systematic
review
explores
the
advancements
and
challenges
associated
with
integration
of
artificial
intelligence
(AI)
in
promoting
technical
literacy.
Technical
literacy
is
increasingly
important
today's
digital
age,
where
understanding
utilizing
technology
are
essential
skills.
AI
has
potential
to
enhance
by
providing
personalized
learning
experiences,
facilitating
hands-on
learning,
offering
innovative
tools
resources.
However,
education
also
presents
challenges,
such
as
ensuring
equitable
access,
addressing
ethical
considerations,
overcoming
barriers.
The
examines
a
range
studies
literature
related
for
literacy,
focusing
on
key
themes
tools.
It
highlights
transform
tailored
experiences
that
cater
individual
needs
preferences.
AI-driven
tools,
simulations,
virtual
laboratories,
intelligent
tutoring
systems,
have
been
shown
student
engagement
concepts.
Despite
benefits,
identifies
integration,
including
need
teacher
training,
concerns
about
data
privacy,
risk
reinforcing
existing
inequalities.
Addressing
these
requires
careful
planning,
collaboration
between
educators
developers,
commitment
access
educational
Overall,
this
provides
insights
into
current
state
opportunities
approach.
By
leveraging
AI,
can
prepare
students
success
technology-driven
world.
Keywords:
Advancement,
Challenges,
Integration,
Literacy.
International Journal of Management & Entrepreneurship Research,
Год журнала:
2024,
Номер
6(4), С. 1176 - 1189
Опубликована: Апрель 10, 2024
In
the
realm
of
offshore
engineering
projects,
integration
diverse
professional
expertise
is
essential
for
successful
planning
and
execution.
This
paper
explores
strategies
best
practices
fostering
cross-disciplinary
collaboration
in
aiming
to
enhance
project
outcomes
mitigate
risks.
The
abstract
begins
by
highlighting
significance
addressing
complex
challenges
inherent
endeavors.
It
delineates
various
proposed
effective
collaboration,
including
establishing
clear
objectives,
creating
a
collaborative
culture,
implementing
robust
communication
channels,
promoting
mutual
understanding,
encouraging
interdisciplinary
training.
Furthermore,
it
outlines
such
as
forming
cross-functional
teams,
utilizing
integrated
management
tools,
holding
regular
meetings,
embracing
diversity.
Through
analysis
case
studies
examples,
this
illustrates
application
these
real-world
emphasizing
key
lessons
learned.
concludes
importance
projects
suggests
avenues
future
research
further
methods
critical
field.
Keywords:
Cross-Disciplinary
Collaboration,
Offshore
Projects,
Integrating
Diverse
Professional
Expertise,
Planning,
Execution,
Engineering
Projects.
International Journal of Frontiers in Science and Technology Research,
Год журнала:
2024,
Номер
6(2), С. 031 - 043
Опубликована: Апрель 13, 2024
This
paper
conceptualizes
sustainable
offshore
operations
through
the
integration
of
renewable
energy
systems,
focusing
on
adoption
solar-powered
systems
for
remote
applications.
Drawing
Osayi's
experience
in
this
field,
proposes
frameworks
operations,
highlighting
key
considerations
and
strategies
successful
implementation.
The
is
essential
reducing
environmental
impact,
increasing
efficiency,
ensuring
long-term
sustainability.
with
applications
provides
valuable
insights
into
challenges
opportunities
associated
integration.
proposed
encompass
several
elements.
Firstly,
a
thorough
assessment
needs
resources
to
determine
feasibility
potential
benefits
integrating
systems.
Secondly,
careful
planning
design
are
crucial
ensure
that
integrated
seamlessly
existing
taking
account
factors
such
as
location,
demand,
system
compatibility.
Furthermore,
highlights
importance
stakeholder
engagement
collaboration
Effective
communication
between
industry
stakeholders,
regulators,
local
communities
overcoming
barriers
implementation
projects
operations.
Overall,
drawing
By
companies
can
reduce
their
carbon
footprint,
improve
contribute
more
future
industry.
Open Access Research Journal of Science and Technology,
Год журнала:
2024,
Номер
10(2), С. 071 - 084
Опубликована: Апрель 12, 2024
Emerging
underwater
survey
technologies
are
revolutionizing
the
way
we
explore
and
understand
world.
This
review
examines
latest
advancements
in
equipment,
highlighting
their
operational
benefits
potential
areas
for
future
development.
Recent
developments
have
led
to
significant
improvements
accuracy,
efficiency,
data
quality.
Advanced
sonar
systems,
such
as
multibeam
sidescan
sonars,
provide
high-resolution
images
of
seafloor,
allowing
detailed
mapping
features.
Autonomous
vehicles
(AUVs)
equipped
with
sophisticated
sensors
cameras
enable
precise
collection
challenging
environments,
deep-sea
or
complex
structures.
The
these
vast.
They
allow
faster
surveying,
reduced
costs,
improved
safety
personnel.
Additionally,
high-quality
obtained
from
surveys
can
lead
better
decision-making
various
industries,
including
offshore
energy,
marine
research,
archaeology.
Looking
ahead,
is
promising.
There
a
growing
interest
developing
integrated
systems
that
combine
multiple
processing
capabilities
more
comprehensive
view
environments.
Artificial
intelligence
machine
learning
algorithms
also
being
increasingly
utilized
analyze
large
datasets
extract
valuable
insights.
However,
several
challenges
remain,
need
communication
battery
life
autonomous
vehicles,
enhanced
capabilities.
Addressing
will
be
crucial
continued
advancement
technologies.
In
conclusion,
offer
exciting
opportunities
enhancing
our
understanding
By
leveraging
addressing
key
challenges,
unlock
new
possibilities
exploration
research.
International Journal of Frontiers in Engineering and Technology Research,
Год журнала:
2024,
Номер
6(2), С. 019 - 034
Опубликована: Апрель 13, 2024
Subsea
navigation
technologies
play
a
critical
role
in
enhancing
precision
and
efficiency
offshore
engineering
projects.
This
comparative
review
examines
the
evolution
application
of
subsea
systems,
with
focus
on
improving
construction
surveying.
The
study
evaluates
various
technologies,
including
acoustic
positioning
inertial
optical
imaging
highlighting
their
capabilities
limitations.
begins
by
discussing
historical
development
tracing
from
early
systems
to
modern
integrated
solutions.
It
then
explores
key
components
operation
principles
each
technology,
providing
insights
into
functionalities
suitability
for
different
applications.
also
challenges
advancements
navigation,
issues
related
signal
interference,
accuracy,
real-time
data
processing.
discusses
how
these
have
been
addressed
through
technological
innovations,
such
as
improved
sensor
advanced
fusion
algorithms.
Furthermore,
assesses
practical
projects,
pipeline
installation,
infrastructure
maintenance,
underwater
analyzes
case
studies
industry
practices
illustrate
effectiveness
precision,
reducing
costs,
mitigating
risks
operations.
Overall,
this
provides
comprehensive
overview
highlights
evolution,
capabilities,
applications
emphasizing
concludes
recommendations
future
research
further
improve
performance
reliability
World Journal of Advanced Research and Reviews,
Год журнала:
2024,
Номер
21(1), С. 2487 - 2799
Опубликована: Янв. 29, 2024
The
integration
of
Artificial
Intelligence
(AI)
in
the
renewable
energy
sector
has
emerged
as
a
transformative
force,
enhancing
efficiency
and
sustainability
systems.
This
paper
provides
comprehensive
review
application
AI
two
critical
aspects
relation
to
predictive
maintenance
optimization.
Predictive
maintenance,
enabled
by
AI,
revolutionized
landscape
predicting
preventing
equipment
failures
before
they
occur.
Utilizing
machine
learning
algorithms,
analyzes
vast
amounts
data
from
sensors
historical
performance
identify
patterns
indicative
potential
faults.
proactive
approach
not
only
minimizes
downtime
but
also
extends
lifespan
infrastructure,
resulting
substantial
cost
savings
improved
reliability.
Furthermore,
plays
pivotal
role
optimizing
output
sources.
Through
advanced
analytics
real-time
monitoring,
algorithms
can
adapt
changing
environmental
conditions,
production
resource
allocation.
ensures
maximum
yield
sources,
making
them
more
competitive
with
traditional
delves
into
specific
techniques
such
deep
learning,
neural
networks,
employed
for
optimization
various
systems
like
solar,
wind,
hydropower.
Challenges
opportunities
associated
implementing
are
discussed,
including
security,
interoperability,
need
standardized
frameworks.
synthesis
technologies
addresses
operational
challenges
contributes
global
transition
towards
sustainable
clean
solutions.
serves
valuable
researchers,
practitioners,
policymakers
seeking
insights
evolving
applications
sector.
As
technology
continues
advance,
synergies
between
poised
shape
future
paradigm.
Computer Science & IT Research Journal,
Год журнала:
2024,
Номер
5(5), С. 1090 - 1112
Опубликована: Май 5, 2024
The
oil
and
gas
industry
faces
significant
challenges
in
managing
equipment
maintenance
due
to
the
complexity
criticality
of
its
assets.
Traditional
approaches
are
often
reactive
inefficient,
leading
costly
downtime
safety
risks.
However,
emergence
artificial
intelligence
(AI)
predictive
technologies
offers
a
transformative
solution
these
challenges.
This
paper
explores
role
AI-driven
revolutionizing
management
sector.
leverages
machine
learning
algorithms
analyze
data
predict
when
is
required
before
breakdown
occurs.
By
monitoring
performance
real-time,
AI
can
identify
potential
issues
early,
allowing
operators
take
proactive
actions.
approach
helps
minimize
downtime,
reduce
costs,
improve
overall
reliability
safety.
implementation
requires
comprehensive
strategy
that
includes
collection,
analysis,
integration
with
existing
practices.
Successful
adoption
lead
benefits
for
companies,
including
increased
uptime,
extended
asset
lifespan,
enhanced
operational
efficiency.
reviews
current
landscape
industry,
highlighting
limitations
traditional
practices
need
more
approach.
It
then
examines
principles
maintenance,
showcasing
real-world
examples
successful
implementation.
Finally,
discusses
considerations
implementing
provides
recommendations
companies
looking
transform
their
Keywords:
Transforming
Equipment;
Management;
Oil
Gas;
AI-Driven;
Predictive
Maintenance.
Engineering Science & Technology Journal,
Год журнала:
2024,
Номер
5(3), С. 750 - 759
Опубликована: Март 10, 2024
Intelligent
Monitoring
Systems
(IMS)
have
emerged
as
indispensable
tools
in
modern
manufacturing,
offering
real-time
insights
into
production
processes,
equipment
performance,
and
quality
control.
This
review
provides
an
overview
of
the
current
state
future
prospects
IMS
manufacturing
environments.
The
involves
integration
advanced
technologies
such
Internet
Things
(IoT),
Artificial
Intelligence
(AI),
Machine
Learning
(ML),
Big
Data
analytics.
These
systems
collect
vast
amounts
data
from
sensors,
machines,
lines,
enabling
monitoring
analysis
various
parameters.
By
employing
AI
ML
algorithms,
can
identify
patterns,
predict
anomalies,
optimize
leading
to
increased
efficiency,
reduced
downtime,
improved
product
quality.
play
a
crucial
role
predictive
maintenance,
where
they
anticipate
failures
before
occur,
thereby
minimizing
unplanned
downtime
maintenance
costs.
Moreover,
facilitate
condition-based
monitoring,
allowing
manufacturers
monitor
health
performance
machinery
schedule
activities
accordingly,
optimizing
resource
allocation
prolonging
lifespan.
Furthermore,
contribute
control
by
continuously
processes
detecting
deviations
desired
specifications.
leveraging
AI-driven
automatically
adjust
process
parameters
maintain
standards
minimize
defects,
enhancing
overall
reliability
customer
satisfaction.
Looking
ahead,
perspectives
are
promising,
with
advancements
areas
edge
computing,
robotics,
augmented
reality
poised
revolutionize
operations
further.
Edge
computing
enables
processing
occur
closer
source,
reducing
latency
decision-making
capabilities.
Robotics
facilitates
autonomous
while
provide
intuitive
interfaces
for
operators
interact
real-time.
represent
transformative
technology
unprecedented
levels
visibility,
control,
optimization.
As
continues
evolve,
increasingly
vital
shaping
driving
productivity,
innovation..
Keywords:
Monitoring,
System,
Intelligent,
Manufacturing,
Review,
Perspectives.
Engineering Science & Technology Journal,
Год журнала:
2024,
Номер
5(5), С. 1767 - 1793
Опубликована: Май 21, 2024
This
study
systematically
reviews
the
economic
and
environmental
impacts
of
renewable
energy
adoption
across
different
global
regions,
aiming
to
elucidate
role
in
achieving
sustainable
development
goals.
Employing
a
methodology
based
on
systematic
literature
review
content
analysis,
research
draws
peer-reviewed
articles
published
between
2018
2024,
sourced
from
databases
such
as
Web
Science,
Scopus,
Google
Scholar.
The
inclusion
criteria
targeted
studies
focusing
benefits,
impacts,
influence
government
policies
technological
innovations
adoption.
Exclusion
were
applied
ensure
relevance
academic
rigor
reviewed.
Key
findings
reveal
that
significantly
contributes
job
creation,
price
stabilization,
market
dynamics,
while
also
offering
pathway
substantial
reductions
greenhouse
gas
emissions
pollution.
analysis
underscores
critical
international
agreements
facilitating
transition
energy,
alongside
importance
overcoming
current
barriers
concludes
is
pivotal
for
development,
suggesting
strategic
recommendations
enhancing
These
include
implementing
supportive
policies,
fostering
innovation,
cooperation.
Identifying
gaps
research,
highlights
need
further
investigation
into
long-term
socioeconomic
effectiveness
policy
instruments.
discourse
energy's
potential
meet
demands
sustainably
equitably.
Keywords:
Renewable
Energy
Adoption,
Economic
Impact,
Environmental
Government
Policies.
Computer Science & IT Research Journal,
Год журнала:
2024,
Номер
5(6), С. 1265 - 1299
Опубликована: Июнь 7, 2024
This
study
provides
a
comprehensive
examination
of
cybersecurity
within
renewable
energy
systems,
highlighting
the
critical
role
measures
in
ensuring
sustainability
and
reliability
these
systems.
With
increasing
reliance
on
sources,
need
for
robust
frameworks
to
protect
against
evolving
cyber
threats
has
never
been
more
pressing.
Through
systematic
literature
review
content
analysis,
this
research
identifies
prevalent
vulnerabilities
specific
infrastructures,
evaluates
effectiveness
current
measures,
explores
cutting-edge
technologies
practices
field.
The
methodology
encompasses
detailed
analysis
peer-reviewed
academic
journals,
conference
proceedings,
industry
reports,
white
papers
published
from
2010
2024.
approach
facilitates
identification
gaps
proposal
strategic
solutions
address
challenges.
Key
insights
reveal
significance
adopting
advanced
technologies,
such
as
artificial
intelligence
machine
learning
algorithms,
enhance
threat
detection
mitigation
efforts.
concludes
with
recommendations
practitioners
policymakers,
emphasizing
importance
proactive
posture,
collaboration
information
sharing,
investment
training,
development
standards
regulations
sector.
Future
directions
are
suggested
further
explore
innovative
assess
their
implications
underscores
necessity
integrating
safeguard
future
sustainable
energy.
Keywords:
Cybersecurity,
Renewable
Energy,
Cyber
Threats,
Vulnerabilities,
Advanced
Cybersecurity
Technologies.