Sustainability Challenges & the Opportunities for Global Engagement: Linking Caribbean secondary school classrooms and Engineering Departments at US Universities
Author(s) -
Maya A. Trotz,
Joniqua Howard,
Ken Thomas,
Helen E. Muga,
Jeanese C. Badenock,
Sheena Francis
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--17200
Subject(s) - sustainability , general partnership , caribbean region , scarcity , framing (construction) , engineering education , sustainable development , political science , student engagement , engineering , sociology , pedagogy , latin americans , engineering management , ecology , civil engineering , law , economics , biology , microeconomics
Sustainability
is
recognized
as
being
critical
for
the
framing
of
engineering
research
and
education
with unique
opportunities
for
engineering
student
training
through
non-‐traditional
university
partnerships, including
international
ones.
With
limited
natural
resources,
high
vulnerability
to
catastrophic
events, and
isolated
by
the
sea,
Caribbean
islands
have
been
pushing
for
sustainable
development
and
have championed
adaptation
as
the
main
mechanism
to
deal
with
climate
change.
Actual
demonstration projects
or
widespread
educational
initiatives
needed
to
solve
issues
such
as
water
scarcity
are
limited and
only
a
very
small
work
force
has
training
in
Science,
Technology,
Engineering
and
Mathematics (STEM).
This
paper
discusses
a
secondary
school
student
challenge
that
was
developed
in
the
Caribbean to
address
these
issues
with
particular
attention
paid
to
Belize
and
the
types
of
linkages
that
evolved with
US
based
engineering
students
and
the
ways
in
which
students
in
the
Caribbean
and
the
US
were exposed
to
a
global
environment. Twenty-‐four
projects
entered
the
challenge
from
Belize,
two
of
which
were
formally
engaged
with student
classes
from
two
different
US
universities.
A
teacher
and
5
students
from
a
private
secondary school
in
Caye
Caulker,
a
Belizean
island,
were
matched
with
a
mentor
at
a
US
University.
That
mentor required
the
twenty
students
in
his
senior
level
Geospatial
Technologies
for
Biosystems
Engineering class
to
work
on
the
Belize
request
to
design
a
composting
system
based
on
material,
financial,
and
local environmental
constraints.
Teams
of
two
or
three
university
students
worked
with
the
teacher
and students
from
Belize
and
presented
their
findings
via
SKYPE
and
as
a
written
report.
While
being mentored
by
a
local
Belizean
engineer
on
a
stormwater
management
project
for
their
school
in
Belize City,
connections
were
made
to
a
Professor
of
Civil
Engineering
at
another
US
university
who
focused her
International
Engineering
Field
Experience
course
on
their
project.
In
May
2013,
thirteen
students from
her
class
visited
Belize
to
survey
the
site,
teaching
survey
methods
to
the
secondary
school students
as
well.
In
May
2014,
another
group
will
visit
to
continue
working
on
the
project,
which involves
the
creation
of
a
detention
pond
and
an
ecological
park
for
outdoor
laboratory
experiments.
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