About
the Department of Civil, Environmental, and
Infrastructure Engineering
(CEIE)
The
Civil Engineering industry is a large network of
consulting and construction engineering companies
focused on our built and natural environment. We
are living in a complex urban environment created
by us, where all kinds of infrastructure systems
must harmoniously interact providing support for
our professional activities and good living conditions
for us and our families. As it was said before,
such systems include intelligent transportation
systems, water resources, structures like bridges
or buildings, environmental protection systems,
security systems, etc. To plan, design, and maintain
infrastructure systems, sophisticated civil engineering
and information technology-based methods and tools
have to be used for the public good. This is what
the Civil and Infrastructure Engineering Program
(CIE) at George Mason University is all about.
In addition, our close cooperation with the local
Civil Engineering industry has created a unique
synergistic environment. Our students participate
in a rigorous academic program at GMU and through
internships managed by the Department they learn
practical skills and gain priceless hands-on experience.
For all these reasons, our graduates are in high
demand and usually have many jobs choices when
they graduate. These are well-paid and stable jobs
as often contrasted with ephemerid jobs with dot.com
companies.
The
Civil & Infrastructure Engineering Program
(CIE) resides in the Department
of Civil, Environmental, and Infrastructure Engineering
(CEIE). This innovative Program is at the crossroads
of civil engineering, information technology
(IT), and urban planning.
The Civil, Environmental,
and Infrastructure Engineering (CEIE) Department
administers two degree programs: the B.S. and
M.S. in Civil and Infrastructure Engineering.
These programs complement the study of civil
and environmental engineering with advances in
information technology, and they focus on the
physical and organizational infrastructure essential
to the functioning of an urban society.The bachelor's
program in civil and infrastructure engineering
is accredited by the Engineering Accreditation
Commission of the Accreditation Board for Engineering
and Technology, 111 Market Place, Suite 1050,
Baltimore, MD, 21202-4012; phone, (410) 347-7700.
Want an Exciting Lifetime Making a Difference?
Civil Engineering at George Mason May Be For You! Read about our department.
About
Civil Engineers...
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Civil
engineers are pioneers of civilization. They are leaders,
initiating change to improve the world in which we live.
Their bridges, railways, tunnels, buildings and water
and environmental systems are monuments to the improvements
that have so significantly changed the nature of our
lives.

When
we think about civil engineering, images of buildings,
bridges and roads generally come to mind. And while
those images are good overall visual descriptors, they
don’t tell the whole story. Civil engineering
is so much more. 
Until recently, many
people considered civil engineering to be a “mature discipline” – a static
practice. Nothing could be further from the truth. Civil
engineering centers on infrastructure as always, but
it continues to evolve. It has become a highly integrated
discipline centered around the relationships between
structures, networked systems and the environment – and
how those relationships affect people.

We
now have smart houses. Intelligent transportation systems.
Integrated communications networks. These critical
infrastructure components all demand sound structures
for foundation and sophisticated information technology
for strength and endurance. In fact, by introducing
information technology (IT) to traditional civil engineering
practice, the profession has taken on a whole new characteristic – and
with it new ways to approach challenges and create
infrastructure solutions that will keep our society progressing. The
world in which we live today is far more complex than
it was even a decade ago. Our
population continues
to grow, and with that growth has come a sharp increase
in people’s needs. Civil engineers address those
needs – how do we shelter, transport, feed
and provide a safe environment for people?That
being said, who are civil
engineers? In short, they are:
- Innovators – Civil engineers
constantly look for new and better ways to meet
society’s infrastructure
and environmental needs.
- Problem-Solvers – Civil
engineers consistently rise to the
new challenges related to maintaining and improving
built infrastructure.
- Creators – Civil
engineers develop new structural and
environmental systems that are stronger, smarter
and longer lasting.
- Humanitarians – Civil
engineers’ common
objective is to make the world a better, safer
place for all people.

Without
civil engineers, society as we know it would not exist.
But what, exactly, do civil engineers do? Civil engineers
design, build and maintain conventional civil engineering
structures – buildings, roads, bridges and water
systems – and develop networked information
systems that give intelligence to those structures.
For example, they plan, design, build and maintain:
- The
buildings that make up our modern urban
centers, enabling people to live and work close
together.
- The
transport systems that move people and things
from one place to another.
- The water, energy and telecommunications
systems on which we depend daily.
- The
systems that collect, treat and dispose
of solid, liquid and gaseous waste products
we generate, so they won’t harm us.
- The
information technology systems that
network structures and systems and provide security
for both the structures and the people
who live and work in them.
In
short, civil engineers provide the infrastructure
we need at the right time, on the right scale and
at the right cost. More
than that, however, civil engineers understand
the needs and challenges of our society’s
rapidly evolving urban areas. And while many CEs
specialize in one particular system or discipline,
they all understand how the systems interact. They
must have this broader understanding, for all structural
and environmental systems must work well both independently
and together to be effective.
Friends of the CEIE Department
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